TW308647B - - Google Patents

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Publication number
TW308647B
TW308647B TW084110804A TW84110804A TW308647B TW 308647 B TW308647 B TW 308647B TW 084110804 A TW084110804 A TW 084110804A TW 84110804 A TW84110804 A TW 84110804A TW 308647 B TW308647 B TW 308647B
Authority
TW
Taiwan
Prior art keywords
light
lens
emitting device
mirror
image
Prior art date
Application number
TW084110804A
Other languages
Chinese (zh)
Original Assignee
Hitachi Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from JP6299748A external-priority patent/JPH08160886A/en
Priority claimed from JP6299749A external-priority patent/JPH08160887A/en
Application filed by Hitachi Ltd filed Critical Hitachi Ltd
Application granted granted Critical
Publication of TW308647B publication Critical patent/TW308647B/zh

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Classifications

    • GPHYSICS
    • G09EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09FDISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
    • G09F9/00Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements
    • GPHYSICS
    • G09EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09GARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
    • G09G3/00Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes
    • G09G3/02Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes by tracing or scanning a light beam on a screen
    • GPHYSICS
    • G02OPTICS
    • G02BOPTICAL ELEMENTS, SYSTEMS OR APPARATUS
    • G02B27/00Optical systems or apparatus not provided for by any of the groups G02B1/00 - G02B26/00, G02B30/00
    • G02B27/01Head-up displays
    • G02B27/017Head mounted
    • GPHYSICS
    • G02OPTICS
    • G02BOPTICAL ELEMENTS, SYSTEMS OR APPARATUS
    • G02B27/00Optical systems or apparatus not provided for by any of the groups G02B1/00 - G02B26/00, G02B30/00
    • G02B27/01Head-up displays
    • G02B27/017Head mounted
    • G02B27/0172Head mounted characterised by optical features
    • GPHYSICS
    • G02OPTICS
    • G02BOPTICAL ELEMENTS, SYSTEMS OR APPARATUS
    • G02B27/00Optical systems or apparatus not provided for by any of the groups G02B1/00 - G02B26/00, G02B30/00
    • G02B27/01Head-up displays
    • G02B27/0101Head-up displays characterised by optical features
    • G02B2027/0132Head-up displays characterised by optical features comprising binocular systems
    • GPHYSICS
    • G02OPTICS
    • G02BOPTICAL ELEMENTS, SYSTEMS OR APPARATUS
    • G02B27/00Optical systems or apparatus not provided for by any of the groups G02B1/00 - G02B26/00, G02B30/00
    • G02B27/01Head-up displays
    • G02B27/017Head mounted
    • G02B2027/0178Eyeglass type

Description

經濟部中央標华局員工消f合作让印袈 308647 at ____B7__五、發明説明(1 ) 本發明係有關使用發光元件顯示畫像資訊之攜帶型顯 示器者。 做爲本資訊顯示終端開發之背景而言,有如新資訊输 送系統者。新資訊輸送系統係將新聞社(中心台)所製作‘之 新聞紙面的圖像資訊,利用衛星線路輸送至全國各地之家 庭的系統者。此資巩輸送系統之最大特徵係將以往之新閔 資訊等之記錄媒體所採用之「紙」,在於输送之時呈電氣 性資料,以達成所諝之無紙化,且爲發揮衛星通信之最大 優點的即時性,即畤報導性,於全國規模下將新鮮之琴聞 資訊加以輸送者。 但是,處理此資訊送信之新聞資訊係由序,本文記事 ,廣告記事等之「文字」資訊和照片、圖表等之「圖」資 訊所構成,將其新聞資訊以圖點表現之時,其點數會變得 非常龐大。因此,再展現新閔資訊之顯示終端時,需要高. 解析度之顯示。例如於資訊顯示終端器而言,有冷陰極線 管(CRT:Cathode Ray)或液晶顯示器(LCD)等,但是於CRT 、液晶顯示器中顯示新聞資訊時,就現在的技術而言,其 裝fi則會呈大型化。 因此,近來以使用如日本特開平2-42476號公報的LED 方式者爲眾人所注目。此等係經由直線狀配置之LED,令 任意資訊做爲線資訊發光,將此線資訊經由旋轉式鏡面或 振動式鏡面,以順序、偏向’,再展現紙面資訊之方式者。 1 但是於此發明中,未對將配B呈直線狀之一個L E D陣列, # 以兩眼辨視之情形加以掲示,而提案令L E D瘅列對應左右 (請先閱讀背面之注意事項再填寫本頁} 本紙伖尺度通用中國國家標準(CNS ) A4規格(210X297公釐) S08647 at Β7 經濟部中央櫺準局員工消费合作社印裝 五、發明説明(2 ) 眼各加以設置者。又,將前述之方式以兩眼辨視者,則揭 示於日本特開平4-307590號公報。具體而言,記載有將發 光元件陣列對·觀測者之臉縱向地配置,將發光元件陣列之 發光經由旋轉鏡,順序左右方向地反射,更具備左右各一 之將經由旋轉鏡偏向之输出光爲偏向於觀測者左右眼之固 定鏡。又,將資訊顯示終端之輸出,經由對旋轉鏡時分割 地加以偏向,對應左右眼顯示畫像之技術。 但是,將LED以兩眼辨視之上述以往技術係需將LED 瘅列、擴大鏡及旋.轉鏡配置於同一直線上,其資訊顯示終 端機係對觀測者而言,呈向前面跳出之構造。又此LED陣 列亦對觀測者之臉而言需配置呈縱長地。更且,上述以往 技術係經由旋轉鏡進行時分割之故,映出對應於左右之眼 的像中,需通常之2倍的時間,所映出之像一般呈散亂之 結果。即過去之資訊顯示終端機之以往技術係要求某程度' 之解析度時,爲受限即有顯示元件的大小,其裝置則呈大 型化,或呈複雜構造。 本發明之目的係提供可裝著於頭部程度之小型化構造 中,得可再現文字資訊程度之解析度之資訊顯示終端機者 0 本發明之另一目的係提供可裝著於頭部程度之小型化 構造中,將A4尺寸之紙面資訊以200DIM解析度以上加以苒. 現之資訊顯示終端機者。 I 又,使用過去之l ε d的資訊顯示終端機係對其小型化 未加考S,要求某程度之解析度時,受限即有之顯示元件 (請先閲讀背面之注意事項再填寫本頁) 本紙浪尺度逋用tai國家標隼(CNS ) Α4現格(210x297公釐) B7 B7 經濟部中央樣準局員工消费合作社印製 五、發明説明(3 ) 之大小,其裝B需大型化,或呈複雜構造才行° 本發明係解決以上之點,於使用LED之資訊顯示終端 機中,提供可裝著於頭部程度之小型化構造爲目的者。 本發明係提供於可裝著於頭部程度之小型化構造中’ 爲得再現文字資訊程度之解析度之資訊顯示終端機,具備 配置複數之發光元件於直線狀的發光裝置,和對前述發光 裝置之中心部分而言,以左右爲對象配置之第1透鏡及第2 透鏡,和配置於前述第1透鏡之光軸上及前述第2透鏡之光 軸上之旋轉式反射(鏡,前述發光裝置則將發光之光經由前 述旋轉式反射鏡加以成像,將其成像介由前述第1透鏡及 前述第2透鏡加以辨視。 又,本發明係爲提供於可裝著於頭部程度之小型化構 造中,將A4尺寸之紙面資訊以解析度200DPI以上加以再 現之資訊顯示終端機,具備將含文字資訊之A6尺寸紙面資· 訊以解析度400DPI(DP丨/ [NCH)以上點數加以將輸出之所定 數發光元件,呈直線狀加以配置之發光裝置,和前述發光 裝置所發光之光加以成像之旋轉式反射鏡,和對前述發光 裝置之中心部分而言,以左右對象加以配置之第1透鏡及 第2透鏡,於前述第1透鏡及前述第2透鏡之各視角內配置 前述發光配置,且將前述視角設定於所定角度,將前述旋 轉式反射鏡之成像,介由前述第1透鏡及前述第2透鏡加以. 辨視。 j 即本發明係決定設於滿足所定之解析度之發光裝B之 發光元件數,將其發光裝置之發光的光,可以觀察者之兩 本紙张尺度通用中國3|苳標準(CNS ) Λ4規格(210X297公廋) (請先閱讀背面之注意事項再填寫本頁) . H訂 —·: I ADVH - - - - - · A7 B7 經濟部中央橾準局工消费合作社印裝 五、發明説明(4 ) 眼加以辨視地,對兩眼而言水平設B發光裝置,對其發光 裝置之中心部分設置以左右爲對象之第I透鏡及第2透鏡, 發光裝置發光之光則導入前述透銳地,於前述第1透鏡之 光軸上及第2透鏡之光軸上設置旋轉式反射鏡。又,前述 發光裝置係配置於前述第1透鏡及前述第2透鏡之各視角內 ,且將前述視角設定所定之角度。透鏡間之距離與其視角 係各採用根據人體工學之値。經由以上之考量,於可裝著 於頭部程度之小型化構造中,可得可再展現文字資訊程度 解析度者。. 本發明係爲達上述之目的,係由複數之發光元件所成 發光裝置,和反射由前述發光裝置發光之光的第1反射鏡 ,和將前述第1之反射鏡之反射光以所定動作加以反射, 成像由前述發光裝置之光的第2反射鏡所成,交叉由前述 發光裝置發光之光和前述第2之反射鏡反射結像之光,配. 置前述發光裝置和前述第1之反射銳和前述第2之反射鏡者 0 即本發明係對辨視結像之光的接目鏡而言,於水平設 置前述第2反射鏡,交叉由前述發光裝置之發光之光和前 述第2之反射鏡反射成像之光,較連接前述接目鏡和前述 第2之反射鏡之各中心的水平線爲下方,於前述接目鏡和 前述第2之反射鏡間設B前述發光裝S,且較連接前述接 目鏡和前述第2之反射鏡之各中心的水平線爲上方,於前 述接目鏡和前述第2之反射鏡間設B前述第1之反射銳,以 達資訊顯示終端機之小型化。但是,如此之L E D瘅列和旋 (請先閲讀背面之注意事項再填寫本頁) 訂 本紙伕尺度通用十國國家標华(CNS ) Λ4從格(210 X 297公廣) A7 B7 經濟部中央樣準局员工消资合作让印踅 五、發明説明(5 ) 轉式反射鏡和固定式反射鏡係確保再現圖像晝像所需之光 路長地加以配B。 【圖面說明】 圖1係顯示本發明之利用形態之一寊施例的圖。 圖2係本發明之實施例的外觀圖。 圖3A、B係顯示本發明之實施例之眼鏡部的構造圖。 圖4A、B、C係表示本發明之實施例之發光裝置圖。 圖5係表示將本發明之實施例之發光裝置,以兩眼, 視之條件圖。 圖6係顯示本發明之小型化眼鏡部乏構造之一實施例 0 圖7係顯示本發明之小型化眼銳部之構造之其他實施 例0 圖8係顯示本發明之小型化眼鏡部之實施例的設計條 件圖。 圖9係本發明之終端部的實施例機能方塊圖。 圖10係表示本發明之實施例之終端部處理的流程圖。 圖II係表示本發明之實施例之晝像資料的畫像記憶體 配B與輸出關係之圖。 圖12係本發明實施例之畫像記憶體電路之方圖塊圖。.. 圖13係顯示本發明實施例之蚕像記億體電路的處理之 1 流程圖。 圖14係顯示本發明實施例LED列印頭之資料输入圖。 •-1. Ill H C (請先閱讀背面之注意事項再填寫本頁) 訂-- 本紙悵尺度遇用中國囿家標华(CNS ) 格(210X 297公廣) 308647 A7 B7 經濟部中央樣泜局員工消费合作社印裝 五、發明説明(6 ) 圖15係本發明之寊施例同步方法的原理圇。 圖16A、B係本發明^施例之同步《路方塊圇和時間模 式圖。 以下,經由此發明圖示之實施例加以詳細說明。然而 ,所諝本發明之眼鏡型係意味將映出之圖像(新閔資訊), 以兩眼加以辨視者。 將利用眼鏡型顯示器之資訊送信系統之一形態示於圖 1。圖1之新資訊送信系統係具備存取新聞資訊之输送元的 通信衛星的機能的冲心台1,和具備將由前述中心台1之送 信賫訊輸送至全國各地之機能的通信衛星2,和爲新聞資 訊之输送目檩,具有再展現其新聞資訊之機能之搖控台9 ,和具備將記錄於前述記錄媒證5之資訊,擬眞性地加以 再現之機能的本發明之眼鏡型顯示器8所構成。前述搖控 台9係具備具體而言將通信衛星2之新闉資訊加以收信之收 信機3,將其收信之新聞資訊記錄於光碟或記億體等之記 錄媒體4。於此資訊收信系統之中,令由新聞社(中心台1) 利用衛星線路輸送之新閔紙面之圖像資訊,經由備於全國 各地之家庭(搖控台9)記錄裝置4,記錄於記錄媒體5、做 爲記錄媒體5之再現裝置,利用眼鏡型顯示器8,可於所有 場所以必寄時間再現新聞資訊。 將本發明之眼鏡型顯示器8的詳細部分示於圖2。本眼_ 鏡型顯示器8係經由讀取記錄於記錄媒體5的新聞資訊之終 J 端部11,和具備將以連接線13所連接讀取之新聞資訊經由 LED等之發光元件再現之頭帶14之眼鏡部12所構成者。終 (請先閲讀背面之注意事項再填寫本頁) 本紙法尺度適用中國國家標隼(CNS ) Λ4現格(210 / 297公廋} 經濟部令夬標孽局員工消資合作"印^ A7 __ B7_五'發明説明(7) 端部12之中,例如爲再現A2尺寸之新聞紙面(新聞紙面之1 頁),讀取具A2尺寸之新聞紙面之1線單位之資訊送信至眼 鏡部12。又,此時將終端部11中讀取之1線單位之資訊, 酹於有限之時間內加以送信之故,將串列資料變換爲平行 資料之後,送信至眼銳部11。另一方面,眼鏡部12中,根 據送信之資料,經由點滅控制複數之發光元件,以再現新 聞紙面。 1、眼鏡部 f 圖3A,B,顯示圖2所示之眼銳部12之構造。圖3A係接 目鏡部303之正面圇,圖3B係圖3A之B-B線截面圖。圖3A 、B之中,眼鏡部12係由框體301、和罩蓋302、觀察者辨 識像(新聞資訊)之接目鏡部303A、B、和並列地根據输入 之欲顯示之新聞資訊發光之發光裝置3Q4、將該發光裝置. 304所發光之光反射之固定式反射鏡308、和將該固定式反 射鏡308反射之光偏向至前述接目鏡部303A' B之旋轉式反 射鏡305,和旋轉該旋轉式反射鏡305之顆動裝置30 6、和 取得同步於欲顯示之新聞資訊之耋面開頭用感測器30 7所 構成者。更且,前述塞面開頭用感測器307係由遮蔽版307 a、和光中斷器307b所構成。然而,本贾施例中,令固定 式反射鏡3 08以平面銳處理,但以經由凸面鏡或凹面銳,. 令光路長可在光學上可加以變更者,亦可利用於畫角之調 j 整。又,本實施例中雖採用旋轉式反射銳,但以可爲振動 式之反射鏡。又,固定式反射鏡和旋轉式反射鏡之配置爲 (請先閲讀背面之注意事項再填寫本頁) 本紙法尺度通用_國國家橾羋(〇5),.\4狀格(210/297公釐) 10 308647 A; B7 五、發明説明(8 ) 相反者亦可。 眼銳部12之處理動作爲以下者。首先發光裝S304係 由終端部11對應順序送出之紙面資料(每水平1線),點燈 具備發光裝置3Q4之LED。發光裝置304所發光之光係介由 固定式反射銳308導至旋轉式反射鏡305。於眼鏡部12中爲 獲得高精細畫像,令旋轉式反射鏡305旋轉得2次元之畫像 。即旋轉式反射鏡305之旋轉中,於接目鏡部303A、B射入 光地,於旋轉中途經由發光裝置304之LED之點燈,可得2 次元之盡像。此時f,利用人類眼睛之殘像效果,對於@與 發光裝置304之掃瞄周期一定時間相同的盡像,重壘於版 晝地所生成之盡像同步而言有加以考量之必要。 爲令畫面使觀察者看起由上而下生成地,其旋轉方向 係呈後述圖6之順時鏟旋轉才行。 經濟部中央標準局員工消资合作社印装 (請先Μ讀背面之注意事項再填寫本頁) 掃瞄周期係呈30KHZ〜15HZ之間,令旋轉式反射鏡305 爲兩面鏡者,將反射鏡之旋轉速度呈掃瞄速度之一半的 15KHZ〜7.5HZ(900〜450回轉/分)。而映出1畫面之時間係 於旋轉式反射鏡305轉一半期間(180度),後述之0 1至垆2 旋轉(由開始發光至發光終了)的期間。 做爲旋轉驅動機構使用馬達306。此係將所定電源(未 圖示)所驅動之馬達306的旋轉數以齒輪減速,.而.若干的調 整可以電流的變化加以進行。又亦有,使用兩面鏡,將一. 塞面之資訊中的一半以其一面,剩下的一半以另一面加以 1 表示的方法。此一半之資訊係可爲盡面之上半及下半,或 與《視機的交錯一漾爲間隔一線亦可。 本紙张尺度迷用t國國家橾準(CNS ) Α4規洛(2丨ΟΧ 297公釐) 11 經濟部中央標準局負工消贤合作.社印策 A7 _B7__五、發明説明(9 ) 對於盡像同步而言,爲決定查像之掃瞄的開始時間, 由旋轉式反射鏡305之旋轉,以畫面開頭用感測器3 07產生 脈衝。具體而言,直接連接旋轉式反射鏡305軸之遮蔽版 307a對橫跨光中斷器307b,於光遮蔽時所產生之脈衝者。 然而,於此臺面同步,則於終端部之說明中,再加以詳述 0 本眼鏡部12中所注目之處係於縱90Π1Π1,橫160mra,厚 4 0 mm之小型化構造中,經由前述之處理動作再現新聞紙面 之處。爲此眼鏡部4 2中,令發光裝置3 0 4,和固定式反射 鏡308,和旋轉式反射鏡305爲一系統,對等則滿足所定條 件(發光裝置、光.學系配S )地加以配®。然而,在此一系^ 統係相將發光裝置304、固定式反射鏡308、和旋轉式反射 鏡305之各一個地加以設置,由發光裝S30彳之光以兩眼加 以辦視者。 做爲一例,於本眼鏡部中,說明再現A2尺寸的新聞紙 面之所定條件者c 1 . 1發光裝置3 圇4A係詳細顯示發光裝置304之圖,圖4B係,平面圖, 圖4C爲側面圖者。圖4A、B、C之發光裝置304係由發光元 件之LED,和將由終端部12送信之新聞資並列地呈可收·. 信之複數連接器所構成者。具體而言,於發光裝置304中 » ,將1 7 9 2個L E D瘅列(發行部分之長度11 4 nt m )呈直線狀加 以配匱。經由將如此之LED陣列配S1792個,做爲發光裝 (請先閱讀背面之注意事項再填寫本頁)The employees of the Central Standardization Bureau of the Ministry of Economic Affairs cooperated to make Yin Fu 308647 at ____B7__ V. Description of the invention (1) The present invention relates to a portable display device that uses light-emitting elements to display portrait information. As for the background of the development of this information display terminal, it is like a new information transmission system. The new information transmission system is a system that transmits the image information on the newsprint produced by the news agency (central station) to the homes of the country using satellite lines. The biggest feature of this data transmission system is the use of "paper" used in the previous recording media such as Xinmin Information at the time of transmission to present electrical data in order to achieve the paperlessness and to play the role of satellite communication. The immediate advantage of the greatest advantage, that is, the reportability, delivers fresh information about the piano to the nationwide scale. However, the news information that handles the sending of this information is composed of the sequence, the "text" information of the memo in this article, the advertising memo, etc., and the "map" information of photos, charts, etc. The number will become very large. Therefore, when displaying the display terminal of Xinmin Information again, a high-resolution display is required. For example, for information display terminals, there are cold cathode ray tube (CRT: Cathode Ray) or liquid crystal display (LCD), etc., but when displaying news information on CRT and LCD, as far as the current technology is concerned, the fi Will be large. Therefore, those who use LED methods such as Japanese Unexamined Patent Publication No. 2-42476 have attracted attention recently. These are LEDs arranged in a straight line to make any information illuminate as line information. This line information is passed through a rotating mirror or a vibrating mirror in a sequential and biased way, and then displays paper information. 1 But in this invention, there is no LED array that will be equipped with B in a straight line, # The situation of the two-eye discrimination is shown, and the proposal makes the LED column correspond to the left and right (please read the precautions on the back before filling in this Page} This paper is based on the Common Chinese National Standard (CNS) A4 specification (210X297 mm) S08647 at Β7 Printed by the Central Consumer ’s Bureau of the Ministry of Economic Affairs Employee's Consumer Cooperatives. Fifth, the invention description (2) Each one is set up. It is disclosed by Japanese Patent Laid-Open No. 4-307590. Specifically, it is described that the light-emitting element array is arranged vertically to the face of the observer, and the light-emitting element array emits light through a rotating mirror. , Reflect in order from left to right, and have a fixed mirror that deflects the output light deflected by the rotating mirror to the left and right eyes of the observer. Also, the output of the information display terminal is deflected by splitting the rotating mirror. , Corresponding to the technology of displaying images on the left and right eyes. However, the above-mentioned conventional technology that distinguishes LEDs with two eyes requires the LED columns, magnifying mirrors and rotating mirrors to be arranged in the same straight line The information display terminal is a structure that jumps to the front for the observer. This LED array also needs to be arranged vertically for the observer's face. Moreover, the above-mentioned conventional technology is performed by a rotating mirror Because of the time division, it usually takes twice as long as the image corresponding to the left and right eyes, and the image is generally scattered. The past technology of the information display terminal in the past requires a certain degree When the resolution is limited, the size of the display element is limited, and the device is enlarged or has a complicated structure. The object of the present invention is to provide a miniaturized structure that can be mounted on the head and can be reproduced The information display terminal of the resolution of the text information level 0 Another object of the present invention is to provide a miniaturized structure that can be mounted on the head level, and to provide A4 size paper information with a resolution of 200DIM or more. Now Information display terminal. I Also, use the information display terminal of the past l ε d for its miniaturization without taking S, and when a certain degree of resolution is required, there are limited display elements (please read the back first Of Please fill in this page if you need to.) This paper uses the tai national standard falcon (CNS) Α4 present format (210x297mm) B7 B7 The size of the invention description (3) printed by the Employee Consumer Cooperative of the Central Bureau of Samples of the Ministry of Economic Affairs. The device B needs to be large or have a complicated structure. The present invention solves the above problems, and it is intended to provide a miniaturized structure that can be mounted on the head in an information display terminal using LEDs. It is provided in a miniaturized structure that can be mounted on the head. In order to reproduce the resolution of the text information, it has a light-emitting device with a plurality of light-emitting elements arranged in a linear shape, and In the central part, the first lens and the second lens are arranged with the left and right as the object, and the rotating reflection (mirror, the light emitting device is arranged on the optical axis of the first lens and the optical axis of the second lens The emitted light is imaged through the rotating mirror, and the image is discriminated through the first lens and the second lens. In addition, the present invention is to provide an information display terminal that reproduces A4 size paper information at a resolution of 200 DPI or more in a miniaturized structure that can be attached to the head, and has an A6 size paper material with text information. · A light-emitting device in which linearly arranged light-emitting devices are output at a number of points above a resolution of 400 DPI (DP 丨 / [NCH), and a rotating mirror for imaging the light emitted by the light-emitting device, And for the central part of the light-emitting device, the first lens and the second lens are arranged with left and right objects, the light-emitting arrangement is arranged in each angle of view of the first lens and the second lens, and the angle of view is set at At a given angle, the image of the rotating mirror is interposed by the first lens and the second lens. j, that is, the present invention determines the number of light-emitting elements of the light-emitting device B that satisfies the specified resolution, and the light emitted by the light-emitting device can be observed by the two paper standards. The general Chinese 3 | 苳 standard (CNS) Λ4 (210X297 廋 廋) (please read the precautions on the back before filling in this page). H order— · : I ADVH-----· A7 B7 Printed by the Central Bureau of Industry and Consumer Cooperatives of the Ministry of Economic Affairs V. Description of invention ( 4) For the eyes to distinguish, set the B light-emitting device horizontally for both eyes, and set the first lens and the second lens to the left and right of the center of the light-emitting device. The light emitted by the light-emitting device is introduced into the aforementioned transparently , A rotating mirror is provided on the optical axis of the first lens and the optical axis of the second lens. In addition, the light-emitting device is disposed in each angle of view of the first lens and the second lens, and the angle of view is set to a predetermined angle. The distance between the lenses and their angle of view are based on ergonomic values. Based on the above considerations, in a miniaturized structure that can be mounted on the head, the resolution of the degree of text information can be obtained. The present invention is to achieve the above purpose, a light-emitting device formed by a plurality of light-emitting elements, and a first reflecting mirror that reflects light emitted by the light-emitting device, and the reflected light of the first reflecting mirror in a predetermined action It is reflected, and the image is formed by the second mirror of the light of the light-emitting device, crosses the light emitted by the light-emitting device and the light reflected by the second mirror, and the light-emitting device and the first Reflecting sharpness and the above-mentioned second mirror 0, that is, the present invention is an eyepiece for recognizing the light of an image, the second mirror is arranged horizontally, and the light emitted by the light-emitting device and the second The mirror reflects the imaged light, which is lower than the horizontal line connecting the centers of the eyepiece and the second mirror, and the light emitting device S is provided between the eyepiece and the second mirror, and is more connected The horizontal line of each center of the eyepiece and the second reflector is above. Between the eyepiece and the second reflector, the first reflection sharpness B is provided to reduce the size of the information display terminal. However, such LEDs are harmonious (please read the precautions on the back and then fill out this page). The order paper size is universal. The national standard of the ten countries (CNS) Λ4 Congge (210 X 297 public broadcasting) A7 B7 Central Ministry of Economic Affairs The staff of the Prospect Bureau cooperated with each other to make investment. V. Description of invention (5) Rotating mirrors and fixed mirrors ensure that the light path required to reproduce the daytime image of the image is matched with B. [Explanation of Drawings] FIG. 1 is a diagram showing an embodiment of a utilization form of the present invention. 2 is an external view of an embodiment of the present invention. 3A and B are diagrams showing the structure of an eyeglass portion according to an embodiment of the present invention. 4A, B, and C are diagrams showing a light emitting device according to an embodiment of the present invention. FIG. 5 is a condition diagram showing the light-emitting device of the embodiment of the present invention viewed with two eyes. FIG. 6 shows an embodiment of the structure of the miniaturized eyeglasses of the present invention. FIG. 7 shows another embodiment of the structure of the miniaturized eye sharp parts of the present invention. FIG. 8 shows the implementation of the miniaturized eyeglasses of the present invention. Example design condition diagram. FIG. 9 is a functional block diagram of an embodiment of the terminal portion of the present invention. FIG. 10 is a flowchart showing the processing of the terminal unit according to the embodiment of the present invention. Fig. II is a diagram showing the relationship between the portrait memory configuration B and output of the day image data according to the embodiment of the present invention. 12 is a block diagram of a portrait memory circuit according to an embodiment of the invention. .. FIG. 13 is a flow chart showing the processing of the silkworm memory circuit according to an embodiment of the present invention. FIG. 14 is a data input diagram of an LED print head according to an embodiment of the invention. • -1. Ill HC (please read the precautions on the back before filling in this page) Order-This paper has a Chinese standard (CNS) format (210X 297 public) 308647 A7 B7 Central Ministry of Economics Printed by the Bureau Staff Consumer Cooperative V. Description of the invention (6) Figure 15 is the principle diagram of the synchronization method of the embodiment of the present invention. Figures 16A and B are diagrams of a synchronized "road block and time model" according to an embodiment of the present invention. In the following, detailed description will be given through the illustrated embodiment of the invention. However, the glasses type of the present invention means that the image (Xinmin Information) to be reflected can be recognized by two eyes. Fig. 1 shows a form of an information transmission system using glasses-type displays. The new information transmission system of FIG. 1 is the Chongxin station 1 which has the function of a communication satellite to access the news information transmission element, and the communication satellite 2 which has the function of transmitting the transmission message from the aforementioned central station 1 to all parts of the country, and For the purpose of conveying news information, a remote control 9 with the function of re-displaying its news information, and the glasses-type display of the present invention with the function of reproducing the information recorded in the aforementioned recording media 5 virtually 8 constituted. The aforementioned remote controller 9 is provided with a receiver 3 that specifically receives the new information of the communication satellite 2 and records the received news information on a recording medium 4 such as an optical disc or a billion-element body. In this information receiving system, the image information of Xinmin paper transmitted by the news agency (central station 1) using satellite lines is recorded on the recording device 4 of the household (remote control station 9) prepared in all parts of the country in The recording medium 5, as a reproducing device of the recording medium 5, uses the glasses-type display 8 to reproduce news information at a required time in all places. The details of the glasses-type display 8 of the present invention are shown in FIG. 2. This eye_mirror-type display 8 is a terminal 11 that reads the news information recorded on the recording medium 5 and a headband equipped with a light-emitting element such as an LED that reproduces the news information read by the connection cable 13 14 constituted by the eyewear section 12. Finally (please read the precautions on the back and then fill out this page) The standard of this paper is applicable to China National Standard Falcon (CNS) Λ4 present grid (210/297). The Ministry of Economic Affairs ordered the Ministry of Economic Affairs to cooperate with employees to eliminate capital " print ^ A7 __ B7_ 五 'Description of the invention (7) At the end 12, for example, to reproduce the A2 size newsprint page (1 page of the newsprint page), read the information of 1 line unit with the A2 size newsprint page and send it to the glasses Section 12. At this time, the information of the 1-line unit read from the terminal section 11 is transmitted within a limited time. After the serial data is converted into parallel data, the transmission is sent to the sharp section 11. On the one hand, the eyeglasses section 12 controls a plurality of light-emitting elements according to the data sent to control the number of light-emitting elements to reproduce the surface of the newsprint. 1. Eyeglasses section f Figures 3A and B show the structure of the sharp portion 12 shown in Figure 2. Fig. 3A is a front view of the eyepiece portion 303, and Fig. 3B is a cross-sectional view taken along line BB of Fig. 3A. In Figs. 3A and 3B, the eyeglass portion 12 is composed of a frame 301, a cover 302, and an observer recognition image (news information) ) The eyepiece section 303A, B, and the news information displayed in parallel according to the input desire Light-emitting device 3Q4, the light-emitting device. 304 light reflected by the fixed mirror 308, and the light reflected by the fixed mirror 308 is deflected to the eyepiece section 303A 'B rotating mirror 305 , And the device 306 for rotating the rotating mirror 305, and the sensor 307 for synchronizing the beginning of the news with the news information to be displayed. Furthermore, the sensor for the beginning of the plug surface The 307 is composed of a shielding plate 307a and an optical interrupter 307b. However, in this embodiment, the fixed mirror 3 08 is sharpened by a flat surface, but it is sharp by a convex mirror or a concave surface, so that the optical path length can be optical If it can be changed, it can also be used to adjust the angle of the picture. In addition, although the rotating reflection is sharp in this embodiment, it can be a vibrating reflection mirror. Also, a fixed reflection mirror and a rotating reflection The configuration of the mirror is (please read the precautions on the back and then fill out this page) The standard of this paper is universal_ 国 国 橾 芈 (〇5),. \ 4 shaped grid (210 / 297mm) 10 308647 A; B7 5. Description of the invention (8) The opposite can also be done. First, the light emitting device S304 is the paper data (one line per level) sent by the terminal portion 11 in sequence, and the light is equipped with LEDs of the light emitting device 3Q4. The light emitted by the light emitting device 304 is guided by the fixed reflective sharp 308 To the rotating mirror 305. In order to obtain a high-definition image in the eyeglass section 12, the rotating mirror 305 is rotated to obtain a two-dimensional portrait. That is, during the rotation of the rotating mirror 305, it enters the eyepiece sections 303A, B In the light field, the lighting of the LED passing through the light-emitting device 304 in the middle of the rotation can get a full image of 2 dimensions. At this time, f, using the afterimage effect of the human eye, it is necessary to take into account that the scan cycle of @ and the light emitting device 304 is the same for a certain period of time. In order to make the screen look up from the top to the bottom, the direction of rotation is the shovel rotation in the clockwise direction shown in FIG. 6 described later. Printed by the Cooperative Society of Employee Expenditure and Investment of the Central Standards Bureau of the Ministry of Economic Affairs (please read the precautions on the back before filling in this page). The scanning cycle is between 30KHZ ~ 15HZ. The rotation speed is 15KHZ ~ 7.5HZ (900 ~ 450 revolutions / min) which is half of the scanning speed. The time for displaying one picture is during the period when the rotating mirror 305 rotates halfway (180 degrees), and the period from 0 1 to 2 turns (from the start of light emission to the end of light emission) described later. The motor 306 is used as a rotation drive mechanism. This is to reduce the number of rotations of the motor 306 driven by a predetermined power supply (not shown) with gears, and some adjustments can be made by changes in current. There is also a method of using two mirrors to represent half of the information on the plug surface with one side and the remaining half with 1 on the other side. This half of the information can be the upper half and the lower half of the face, or it can be spaced apart from the interlaced one of the camera. This paper standard uses the National Standard of China (CNS) Α4 gauge Luo (2 丨 ΟΧ 297mm) 11 The Ministry of Economic Affairs Central Standards Bureau is responsible for cooperation with consumers. Social seal policy A7 _B7__ V. Description of invention (9) For As far as synchronization is concerned, in order to determine the start time of the scanning of the scanning, the rotation of the rotating mirror 305 generates a pulse at the beginning of the screen with the sensor 307. Specifically, a pair of shielding plates 307a directly connected to the axis of the rotating mirror 305 straddles the light interrupter 307b and generates pulses during light shielding. However, in this tabletop synchronization, it will be described in detail in the description of the terminal part. 0 The eye-catching part of the eyeglass part 12 is in the miniaturized structure of 90 Π1 Π1, 160 mra horizontal, and 40 mm thick. The processing action reproduces the news paper. For this reason, in the eyewear section 42, let the light-emitting device 304, the fixed reflector 308, and the rotating mirror 305 be a system, and the equivalent conditions satisfy the specified conditions (light-emitting device, optical system and S) Add with ®. However, in this system, the light-emitting device 304, the fixed mirror 308, and the rotating mirror 305 are provided one by one, and the light emitted by the light-emitting device S30 is added to the viewer with two eyes. As an example, in this eyewear section, a description will be given of the conditions for reproducing the A2 size newsprint surface c. 1.1 Light-emitting device 3 囵 4A is a diagram showing the light-emitting device 304 in detail, FIG. 4B is a plan view, and FIG. 4C is a side view By. The light-emitting device 304 of FIGS. 4A, B, and C is composed of LEDs of light-emitting elements, and a plurality of connectors for receiving and sending news information sent by the terminal unit 12 in parallel. Specifically, in the light emitting device 304 », 1 792 2 LED rows (the length of the issued part is 11 4 nt m) are linearly added to match. By combining such LED array with S1792, as a light-emitting device (please read the precautions on the back before filling this page)

本紙乐尺度邋用中國國家標羋(CNS ) Λ4現格(2IOX 297公釐) 12 B7五、發明説明(10) 經濟部中夬橾準局員工消&quot;合作‘社印災 置304,將A6尺寸之新聞紙面資料,以解析度400DP丨= 1792 點(LED個數)/4.48英吋(A6尺寸之一邊)加以輸出。本眼鏡 型顯示器8係做爲最大紙面,欲將A 2尺寸之新閔紙面以解 析度2QQDPI加以再現,但此時,於終端部11,將A2尺寸之 新閔紙面資料,以鄰接於橫方向之畫素爲點,以鄰接於縱 方向之畫素爲線地進行間隔處理加以實現。又再現A4尺寸 之新閔紙面時,利用本發明之發光裝置時可無問題地確保 解析度200DPI。然而,具備解析度200 DPI以上之顯示裝S 之中,令新閔之本&lt;文記事之1文字(約3μ方塊)可以24點方 塊以上加以表現,可滿足不損及其文字資訊之點分解能。 另一方面,LED陣列之長度係以Α6尺寸爲基準決定發 光元件數,而呈1141«111111(1792\63.5;/111)。此1&lt;£0之大小爲 63.5a m係可視爲即有製品.中最小者。使用此長度之發光 裝置(含外形爲134mm)時,參照「人間工學基準數値數式' 便覽」(佐藤方彥監修h ,可設置於平均頭寬1 5 Q m m之範 圍,可我最適眼鏡型顯示器之設計。 即本眼鏡型顯示器8,係爲處理A 2尺寸之新聞紙面資 料(解析度20QDP [時,水平2333點,垂直4736點),考量人 的平均頭寬,將A6尺寸之紙面資料採用400DP丨(長Π4ΜΜ) 之LED瘅列,以達最適顯示器之眼鏡。 1 . 2 光學系配B » 1 . 2 · 1光路長(眼銳型化) 接著,將由前述之發光裝置304之光,以兩眼加以辨 (請先閱讀背面之注意事項再填寫本X)This paper music standard sloppyly uses the Chinese National Standard (CNS) Λ4 present style (2IOX 297 mm) 12 B7 5. Invention description (10) The Ministry of Economic Affairs, Central Bureau of Labor and Social Security, "Cooperative" Co., Ltd. printed the disaster set 304, will A6 size newsprint data is output at a resolution of 400DP 丨 = 1792 points (number of LEDs) /4.48 inches (one side of A6 size). The glasses-type display 8 is the largest paper surface, and the A 2 size Xin Min paper surface is to be reproduced at a resolution of 2QQDPI, but at this time, at the terminal portion 11, the A 2 size Xin Min paper surface data is adjacent to the horizontal direction The pixels are dots, and the pixels adjacent to the vertical direction are used as lines to realize interval processing. When reproducing the A4 size Xinmin paper surface, the resolution of 200 DPI can be ensured without problems when using the light emitting device of the present invention. However, in the display device S with a resolution of 200 DPI or more, 1 text (about 3μ squares) of Xinminben's <Notes> can be expressed by more than 24 points, which can meet the point of not compromising its text information Decomposition energy. On the other hand, the length of the LED array determines the number of light-emitting elements based on the size of A6, which is 1141 «111111 (1792 \ 63.5; / 111). The size of 1 &lt; £ 0 is 63.5a m, which can be regarded as the smallest of the ready-made products. When using a light-emitting device of this length (including an external shape of 134mm), please refer to the "Information on Human Engineering Standard Numbers and Numbers" (Overview of Sato Fukuhiko h, which can be set within the range of an average head width of 15 Q mm. The design of glasses-type display. This glasses-type display 8 is used to process A 2 size newsprint data (resolution 20QDP [hour, horizontal 2333 points, vertical 4736 points]), considering the average head width of the person, the A6 size The data on the paper uses 400DP 丨 (length Π4ΜΜ) LED columns to achieve the most suitable glasses for the display. 1.2 Optical system B »1.2. 1 Optical path length (eye sharpening) Then, the above-mentioned light emitting device 304 The light is distinguished by two eyes (please read the precautions on the back before filling in this X)

本紙浪尺度適用中闺國家標羋(CNS ) Λ4現格 ( 210X 21)?公4 &gt; 13 經濟部中夬標隼局男工消費合作.杜印裝 _B7__五、發明説明(11) 視時,具體而言,與當人閱讀新聞之時同樣地,於眼前 3 0 CM處之位置,以虛像再現新聞紙面時的條件,使用圖5 加以說明。 於圖·5之中,眼鏡部12中,係由將1 792個LED呈直線 狀配置之發光裝置304,視角45度,直徑約30mni(有效徑 26inni)之擴大鏡之2個接目鏡部303A、 B,和備有接目鏡部 303A、β之三稜鏡501-A、B所構成。又,位於圖中右下側 之三稜鏡501Α及接目鏡303Α係省略圖示。然而,圖5之中 ,前述之旋轉式反射鏡及固定式反射銳未加以圖示。又, 前述之接目鏡303 -A、B之中心間距離係參照「人間工學基 準數値數式便覽」(佐藤方彥監修)所示之眼寬(瞳孔間隔 ),成人男子之例平均爲63.2mm,檩準偏差爲3.6 mm之故, 做爲中心値採用65mm。 對發光裝置30 4之光,由兩眼加以辨視之發光裝置304 至接目鏡303-A、B之光路長加以說明。 接目鏡303-A、B之視角係如前述爲45度之程度之故, 於此等之接目鏡之視角內,必需配置發光裝置304才行。 式 以 可 係 角 視 之 鏡 百 接 由 介 示 表 ΓThis paper wave scale is applicable to the Chinese national standard (CNS) Λ4 present style (210X 21)? Gong 4 &gt; 13 Ministry of Economic Affairs, China National Standard Falcon Bureau, male workers consumption cooperation. Du printed equipment _B7__ V. Invention description (11) At the time, specifically, the conditions when the news paper is reproduced with a virtual image at the position of 30 CM in front of the eyes are the same as when people read the news, which will be explained using FIG. 5. In FIG. 5, the eyeglass portion 12 is composed of two eyepiece portions 303A of an enlarged lens 304 in which 1 792 LEDs are linearly arranged, a viewing angle of 45 degrees, and a diameter of approximately 30 mni (effective diameter 26 inni). , B, and Sanye 501-A, B with eyepiece section 303A, β. In addition, the Miyan 501A and the eyepiece 303A located on the lower right side in the figure are not shown. However, in FIG. 5, the aforementioned rotating mirror and fixed reflector are not shown. In addition, the distance between the centers of the aforementioned eyepieces 303 -A and B is based on the eye width (pupillary interval) shown in the "Introduction to Human-Based Engineering Numbers and Values" (supervised by Fukuhiko Sato). 63.2mm, the purlin deviation is 3.6mm, 65mm is adopted as the center value. The light path length of the light emitting device 304 to the eyepieces 303-A and B from the light emitting device 304 which is distinguished by two eyes will be described. The angle of view of the eyepieces 303-A and B is 45 degrees as described above, and within the angle of view of these eyepieces, it is necessary to configure the light emitting device 304. The formula is represented by a mirror-connectable mirror that can be angled Γ

T JL.1 (請先閱讀背面之注意事項再填寫本頁)T JL.1 (Please read the notes on the back before filling this page)

华 標 家 國 國一中 一通 尺 -紙 本 格 一規 303647 A7 B7 五、發明説明(12) 經由上述式(1),將發光裝置304至接目鏡303-A,B之 光路長,除去接目銳之部分而呈126rom時,介由接目鏡, 視角Θ係呈46.4度,幾近接目鏡之視角呈45度。又,使用 者之瞳的位置由接目鏡之端部離開5mm時,介由該時之接 目鏡,視角Θ ’係由式(2)呈40.1度。Huabiaojia Guoguo One Middle One Ruler-Paper Grid One Rule 303647 A7 B7 V. Description of the Invention (12) According to the above formula (1), the light path of the light emitting device 304 to the eyepieces 303-A, B is removed, and the eyepiece is removed When the sharp part is 126 rom, the angle of view Θ is 46.4 degrees through the eyepiece, and the angle of view is almost 45 degrees close to the eyepiece. In addition, when the position of the user's pupil is 5 mm away from the end of the eyepiece, the angle of view Θ 'is 40.1 degrees from equation (2) through the eyepiece at that time.

Mss 一 2.Mss one 2.

Z -t 2- iL z 人 (請先閱讀背面之注意事項再填寫本頁) 本實施例中,光路長雖呈126mm,此係由接目鏡端看 發光裝置(LED陣列)之畫角呈45度,由瞳介由接目鏡看發 光裝置(LED陣列)之盡角呈40度時之値者。 令接目鏡間之距離呈65mm時之光路長和畫角之關係示 於表1。 [表1】 經濟部中夬橾^局貝工消资合作社印梵 光路長 (mm) 120 125 130 135 140 145 150 155 126 畫角 (deg) 48.3 46. 7 45. 2 43. 8 42. 5 41. 3 40. 1 39. 0 46. 4 本紙伕尺度通用令國國家標率(CNS ) Λ4说格(210X297公釐) 五、發明説明(13) A7 B7 經濟部中夬標準局員工消资合作社印策 惟眼寬爲65誤差信號圖案 由表1得知,由瞳介由接目銳看發光裝B(LED陣列) 之書角呈40度時,由該瞳之光路長的最小値約爲150ιηπι。 將由接目鏡至瞳的距離(含接目鏡之厚度19 mm )24mni由此 150ram除去地,;由接目鏡端至發光裝置(LED陣列)之光路 長呈126 ram,參照表1時,該光路長之畫角亦滿足45度之程 度。由以上之情形可決定本實施例之光路長。 但是,雖顯示裝置中經由設定畫角,可改變其光路長 ,做爲畫角以設定呈本實施例所示40度〜45度程度者爲佳 0 更且,於接目鏡303-A、B中,設置修正會聚角之三稜 鏡50 1- A、.B。會聚角係接目鏡303 -A之中心P(l),和顯示 裝置304之中心0(1),和會聚角係接目銳303-B之中心Q(l) 所成角度,經由此角度的調整,可調整於眼鏡部12再現之 圖像的距離感。即,各眼之焦點係介由各接目鏡3〇3A、B ,修正呈較實驗位置爲遠,此時’將一個物體令兩眼視之 時,實際之光路長126 mm則會被親察者所掌握°爲此人的 眼中,雖經由接目鏡修正逮方的焦點,爲於實際之光路長 126mm掌握物體,而感到不自然。爲解決此不自然需修正 會聚角。本實施例之會聚角係呈如圖5所示眼寬65mm、光 路長1 2 6 m m,經由式(3 ) β 3 = 1 4 . 5度。 (請先閱讀背面之注意事項再填寫本頁) 本紙悵尺度通用中國11家操準(CNS ) Λ4規格(21〇Χ 297公釐) 16Z -t 2- iL z person (please read the precautions on the back before filling in this page) In this embodiment, although the optical path length is 126mm, the angle of view of the light emitting device (LED array) is 45 from the eyepiece end Degree, when the end angle of the light emitting device (LED array) is 40 degrees when viewed by the pupil through the eyepiece. The relationship between the optical path length and the drawing angle when the distance between the eyepieces is 65 mm is shown in Table 1. [Table 1] The Ministry of Economic Affairs of the Central Committee of the Ministry of Economic Affairs ^ Bureau Beigong Consumption and Investment Cooperative Society Yin Fanguang Road Length (mm) 120 125 130 135 140 145 150 155 126 Angle (deg) 48.3 46. 7 45. 2 43. 8 42. 5 41. 3 40. 1 39. 0 46. 4 The common national standard rate (CNS) of the paper paper standard (CNS) Λ4 grid (210X297 mm) V. Description of the invention (13) A7 B7 Employee ’s capital withdrawal from the Bureau of Standards and Statistics, Ministry of Economic Affairs The cooperative agency printed a policy with an eye width of 65. The error signal pattern is known from Table 1. When the book angle of the light emitting device B (LED array) is 40 degrees from the pupil, the minimum optical path length of the pupil is reduced. It is 150ιηπι. The distance from the eyepiece to the pupil (including the thickness of the eyepiece 19 mm) 24mni is removed by 150ram; the optical path length from the eyepiece end to the light emitting device (LED array) is 126 ram. When referring to Table 1, the optical path length The painting angle also meets the degree of 45 degrees. The optical path length of this embodiment can be determined by the above situation. However, although the display device can change the optical path length by setting the angle of view, it is better to set the angle of 40 degrees to 45 degrees as shown in this embodiment as the angle of view. Furthermore, in the eyepieces 303-A, B In, set the correct convergence angle of No. 50 1-A, .B. The convergence angle is the angle formed by the center P (l) of the eyepiece 303-A, and the center 0 (1) of the display device 304, and the convergence angle is the center Q (l) of the eye sharp 303-B. The adjustment can adjust the sense of distance of the image reproduced by the eyeglass portion 12. That is, the focal point of each eye is through each eyepiece 303A, B, and the correction is farther than the experimental position. At this time, when an object is viewed by both eyes, the actual optical path length is 126 mm. What the person grasps is that in the eyes of this person, although the focus of the party is corrected through the eyepiece, it is unnatural to grasp the object with the actual light path length of 126mm. To solve this unnaturalness, the convergence angle needs to be corrected. The convergence angle of this embodiment is as shown in FIG. 5 with an eye width of 65 mm and an optical path length of 1 2 6 mm, through the formula (3) β 3 = 1 4.5 degrees. (Please read the precautions on the back before filling in this page) The standard of this paper is General Chinese 11 Standards (CNS) Λ4 specification (21〇Χ 297mm) 16

A7 __B7 1&quot;、發明说明(14)A7 __B7 1 &quot; Description of invention (14)

Jr — ------(3) 爲/此,使用者所辨視之畫像係呈接近約126mm。此時 g像之大小係發光裝置之發光部分11 4rara則以該大小感受 。因此,於由眼(接目鏡)離30cm之處,生成圖像時,經由 式(4)褥會聚角2Θ '3 = 12.4度。 -------------(斗) 1^\ \1 * CM^ 在此本眼鏡型顯示器8係經由式(5),設定三稜鏡50卜 A、B之偏向角β 4 = 8.3度,將本眼鏡部12之會聚角修正呈 1 2 . 4度。 心二匕- &lt; -------⑴ 經此,本眼銳型顯示器8中,於由眼離開30mni之處再 現圖像。此30cm係人閱讀文案時的最佳距離。Jr — ------ (3) is / this, the image recognized by the user is approximately 126mm. At this time, the size of the g-image is that the light-emitting portion 11 4rara of the light-emitting device feels at that size. Therefore, when the image is generated at a distance of 30 cm from the eye (eyepiece), the convergence angle of the mattress is 2Θ '3 = 12.4 degrees via (4). ------------- (Bucket) 1 ^ \ \ 1 * CM ^ Here, the glasses-type display 8 sets the deflection angles of A and B at 50 mm through the formula (5) β 4 = 8.3 degrees, and the convergence angle of the eyeglass portion 12 is corrected to 12.4 degrees. Xin Er Dagger-&lt; ------- ⑴ Through this, in this sharp-eye display 8, the image is reproduced at a distance of 30mni from the eye. The best distance for this 30cm person to read the copy.

J 更且,本眼鏡部12中,考慮個人之差異,可設®調節 眼宽用之旋鈕,或做爲觀察者視力之參差的修正,設置焦 (請先閎讀背面之注意事項再填寫本頁) .1TI I . 經濟部中央橾準局員工消资合作社印裝 本紙垠尺度通用令國國家梯华(CNS ) Λ4说格(210X297公釐) 17 B7 B7 經濟部中夬標华局®:工消费合作杜印製 五、發明説明(15) 點調整之旋鈕亦可(未加以圖示)。 將滿足前述光路長等條件之眼銳部12之一實施例示於 圖7。於眼鏡部12中,爲確保前述光路長。由發光裝置304 之光,介由固定式反射鏡308及旋轉式反射鏡305,導入接 目銳部303。1 . 2 · 2配fi (小型化) 過去於眼鏡部12中,爲確保所定之光路長,對令新聞 資訊以兩眼辨視之點加以說明,考量本眼鏡型顯示器8所 要求之攜帶性時,以將眼鏡部12更爲小型化者更佳。小型 化之眼鏡型顯示器f8之一實施例則示於圖6。然而此說明中— ,使用將人頭部由側面所視之圖,將光學系,光路等於此 平面內處理2次元。本發明中,於此平面可視對垂直方向 呈同一光學性者。 於圖6中,眼鏡部12係與圖7同樣由複數之發光元件所 成發光裝置304,和反射由前述發光裝置304發光之光的固 定式反射鏡308,和將前述固定式反射鏡之反射光以所定 動作加以反射,成像由前述發光裝置304之光的旋轉式反 射鏡305所成,而與圖7最大的不同處係由交叉前述發光裝 置3Q4發光之光和前述旋轉式反射銳3Q5反射成像之光,配 S前述發光裝置304和前述固定式反射鏡308和前述旋轉式 反射鏡305之點者。具體而言,對辨視結像之光之接目鏡 303A、B,而言,於水平方向設置旋轉式反射鏡305,交叉. 由前述發光裝«304發光之光和前述旋轉式反射鏡305反射 成像之光,較連接前述接目鏡303A' B和前述旋轉式反射 銳305之各中心的水平線爲下方,於前述接目銳303A、B和 本紙Λ尺度通用t®國家標皁(CNS ) A4現格(210X297公釐)J Furthermore, in this eyewear section 12, taking into account personal differences, a knob for adjusting the eye width can be set, or it can be used as a correction for the observer's visual acuity, setting the focus (please read the precautions on the back before filling in this Page) .1TI I. The Ministry of Economic Affairs, Central Bureau of Precincts, Employee Expenditure Cooperative Printed Paper Scale, General Linguo State (CNS), Λ4 Grid (210X297mm) 17 B7 B7 China National Standardization Bureau of the Ministry of Economy®: Du printed by industrial and consumer cooperation V. Description of invention (15) The knob for point adjustment can also be used (not shown). An embodiment of the sharp portion 12 that satisfies the aforementioned conditions such as the optical path length is shown in Fig. 7. In the eyeglass portion 12, in order to ensure the aforementioned optical path length. The light from the light-emitting device 304 is introduced into the eye-catching portion 303 through the fixed mirror 308 and the rotating mirror 305. 1.2.2 with fi (miniaturization) In the eyeglasses section 12, it was set to ensure The length of the optical path explains the point at which news information can be discerned by two eyes, and when considering the portability required by the glasses-type display 8, it is better to make the glasses section 12 smaller. An embodiment of the miniaturized glasses-type display f8 is shown in FIG. However, in this description, the figure of the human head is viewed from the side, and the optical system and the optical path are equal to the 2nd dimension processed in this plane. In the present invention, it can be seen that this plane has the same optical property in the vertical direction. In FIG. 6, the eyeglass portion 12 is a light-emitting device 304 made of a plurality of light-emitting elements as in FIG. 7, and a fixed reflector 308 that reflects light emitted by the light-emitting device 304, and a reflection of the fixed reflector The light is reflected in a predetermined action, and the image is formed by the rotating mirror 305 of the light of the light emitting device 304, and the biggest difference from FIG. 7 is that the light that crosses the light emitting device 3Q4 and the rotating reflective sharp 3Q5 are reflected The imaging light is matched with the light emitting device 304, the fixed mirror 308 and the rotating mirror 305. Specifically, for the eyepieces 303A, B of the light that recognizes the image, the rotating mirror 305 is provided in the horizontal direction and intersects. The light emitted by the light emitting device «304 and the rotating mirror 305 reflect The imaging light is lower than the horizontal line connecting the centers of the eyepieces 303A 'B and the rotary reflex sharp 305, which is present in the eyepieces 303A, B and the paper standard Δ standard national soap (CNS) A4 Grid (210X297mm)

丁 &quot;* (請先閱讀背面之注意事項再填寫本頁) 308647 Α7 Β7 經濟部中央樣洚局員工消&quot;合作社印^ 五、發明説明(16) 前述旋轉式反射銳305間設置前述發光裝置304,且較連接 前述接目鏡303A、B和前述旋轉式反射銳305之各中心的水 平線爲上方,於前述接目鏡303A、B和前述旋轉式反射鏡 305間設置前述固定式反射鏡308。然而前述光路長係將由 發光裝置304之光,經由固定式反射鏡308及旋轉式反射鏡 3 0 5,導至接目鏡3 0 3 -A、 B加以確保。 對上述構成之詳細使用圖6、8及9加以說明。(a)發光 裝置3 0 4、旋轉式反射鏡305及接目鏡3G3A、 B之位置關係 0 ,(· 圖6係顯示設定發光裝置304、旋轉式反射鏡305及接 目鏡303A、B之位置關係時的條件,尤其顯示對旋轉式反 射鏡'3 05之設置位S、鏡之寬、鏡之傾斜。 在此,如圖6所示將由發光裝置304之光源P,固定式 反射鏡之中心Q ( 2 )、旋轉式反射鏡之旋轉中心0 ( 2 )及接目. 鏡之光軸4者連結之線爲象徵之光路。象徵係指經由掃瞄 旋轉式反射鏡之光時之中心。又,爲加以說明,觀察者則 介由接目鏡辨視之圖像的位置爲P',固定式反射鏡3'08和 旋轉式反射鏡305之中心所連接之光路的延長上爲P&quot;、垂 直於0P&quot;和接目鏡303之光軸之線所成角爲α、垂直於PQ和 接目鏡303之光軸之線所成角爲/?。 於圖6,旋轉式反射鏡305之象徵角度於0則爲;r/4( =、 45度),OP&quot;係垂直於0P’。對此將旋轉式反射銳305少許站 立(圖6中將旋轉式反射鏡305向順時鏟旋轉α /2)時,P&quot;係 倒於接目鏡部3 03側,旋轉式反射鏡30 5之象徴之角度於〇 --·-· * -I In t—ί 11! - I 1 I. Hi I . m m I r (請先,閲讀背面之注意事項再填寫本頁) 訂 本紙張尺度通用中國國家標隼(CNS ( 210Χ 297公4 ) 經濟部中央標莘局員工消资合作社印袈 A7 __B7_五、發明説明(17) 係呈式(6)。户· '专-手 .....-C6) 此時,固定式反射鏡308和接目鏡之光軸所成角度, 即固定式反射鏡308銳之傾斜係呈(α )/2。 固定式反射鏡308之寬度係經由此銳生成之旋轉式反 射鏡305的鏡像鏡端部,和連接發光裝置304之光源Ρ的2條-直線加以決定。即,由光源Ρ之光內,僅此2條之直線內側 光經由固定式反射鏡3 08加以反射,到達旋轉式反射鏡305 。經泚固定式反射鏡308之寬度,係以此2條的直線切斷之 宽以上時爲無用之故,由此宽度加以決定。 當然,此直線之旋轉式反射銳305側之光路ΡΑ線係不 可經由旋轉式反射鏡305遮蔽。同樣地此直線之接目鏡303 側之光路ΡΒ係不可被框體面(附予接目鏡303Α、Β之面)所 遮蔽。但是不遮蔽時,固定式反射鏡308則可接近附有接 目鏡部303Α、Β之面爲佳,由此,將框體整體呈薄之效果 。又,經由接近框體之面,角度α則增加,可得最大値。 又,可由式(6)可知,角度α愈大旋轉式反射鏡305之象徵 角度0 0則變小,旋轉式反射鏡3 05之銳呈站立狀態,有令 縱向之盡角變大之效果。由此,固定式反射鏡308之位fi ! 係經由決定旋轉式反射鏡305之象徽角度0 0加以移動。然 而,此時固定式反射鏡308係置於將角度^變大的位置(象 (請先閱讀背面之注意事項再填寫本頁) 本紙伕尺度逋用t國國家標準(CNS ) Α4说格(2ΙΟ Χ 297公釐) 20 經濟部中央標华局兵工消资合作社印¾ A7 _B7____五、發明説明(18) 徽之角度0 0爲小之位置)爲佳。近於此旋轉式反射鏡305 則垂直於接目鏡部303 A、B之光軸的方向的傾斜,反射於. 接目鏡部303A' B。但是此亦由發光裝置304之光不被接目 鏡部遮蔽地,到達固定式反射鏡3 08之範園。 (b)旋轉式反射鏡305之旋轉角度和2次元畫像之奎角 於本眼鏡部12中,將由旋轉式反射鏡3 05至接目鏡部 3 03 - A、B之光的'方向,經由旋轉旋轉式反射鏡30 5加以傾 斜,於申請專利範之眼做爲由斜下側或斜上側之光加以 入射而得2次元畫像。因此,旋轉式反射鏡305爲象徵角度 於0之前後範圍內時,即,將光導入接目鏡之範圍內時, 需經由發光裝置304將光導出。又,觀察者所見2次元畫像 之畫角係爲鏡面反射之故,此角度則呈2倍。 在此,經由圖8及圖9,於本眼鏡部中,由0 1( = 0 0- . Δ垆1)至0 2(=0 0+Δ 0 2)之範圍,對經由發光裝置304將 光導出之情形加以說明。 觀察者所見2次元畫像之查角βΐ、Θ2係以關係式(7) 求得。(旋轉式反射鏡3 05爲足夠大小者) ϋ» I ί 1 - - Is ί 11 ....... - -人 ) -I I - I— I . . ml τ» r (請先閲讀背面之注意事項再填寫本頁) (9. -ίΐ) ΘΙ=02 時,呈 Δ01=厶 ώ 本紙浪尺度通用中國®家梯準(CNS ) A4蚬格(210:097公釐) 21 A7 B7 五、發明説明(19) 又,爲滿足此等旋轉式反射鏡305所骼之大小係做爲 旋轉半徑rl,2,以式(8)a/rl,2加以求得。 Χ^Λ ds S-一 0 8 ί ?丨·· Γ (請先Μ讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消贤合作;^印裝 I · f, - 乂 - Δ 戈义。f· u义 令旋轉之鏡爲,此求得長度大小之2倍爲一邊之鏡。 爲此rl較r2爲大之時,旋轉半徑rl之鏡中則Θ2呈較大之 角度。 在此,由旋轉式反射鏡305至接目鏡部303-Α、Β之距 離則呈參數,此値係發光裝置304之光源和旋轉式反射鏡 3 0 5,固定式反射鏡308之鏡像之鏡端所連接之2條線之旋 轉式反射鏡305側之線則經由發光裝置304,於導出光4 1( =必0-Δ 0 1)至0 2(=於〇+Δ 0 2)之範圍,在不遮蔽光之條 件下,儘可能取短者爲佳。發光裝置3 0 4爲以直線狀對長 度方向寬度爲小(本實施例爲6mm)者爲特徴之故,令發光·. 裝置304之發光源儘可能接近接目鏡部303-A、B地,使旋 J 轉式反射銳305和接目鏡303-A、B部之間的距離變得非常 的小。 訂--- 本紙俠尺度速用中國國家標芈(CNS ) A4現格(210X 297公釐) 22 經濟部中央糅华局員工消贫合作社印裝 A7 _B7___五 '發明説明(20) (c)光學系配置決定手法 雖以如上所述條件決定光學性配《,但決定手法係呈 以下所示之重複計算。 (0 )要求條件之設定 ’ 視野:設定接目鏡部303之視野Θ 1、0 2之要求値光路 長:令光路長經由接目鏡之視角等加以決定。幾何學之配 置:令發光裝置3 Q 4&lt;’之光源位置、接目鏡部3 0 3之位置、接 目鏡部303之光軸方向及旋轉式反射鏡305之旋轉中心呈同 一光軸上。 . (1) 假定 假定旋轉式反射鏡3Q5之旋轉半徑,象徹角及旋轉式 反射鏡305旋轉中心和接目鏡部303之距離。 (2) 計算 固定式反射鏡308:位置、大小、傾斜角 旋轉式反射鏡305 :振動角、旋轉半徑 (3 )判斷 判斷是否遮光,是否無其他之接觸,是否進行小型化 (請先閲讀背面之注意事項再填寫本頁)Ding &quot; * (please read the precautions on the back before filling in this page) 308647 Α7 Β7 Central Ministry of Economic Affairs staff elimination &quot; printed by the cooperative ^ V. Description of invention (16) The aforementioned rotating reflective sharp 305 is provided with the aforementioned light The device 304 is positioned above the horizontal line connecting the centers of the eyepieces 303A, B and the rotating sharp reflector 305, and the fixed reflector 308 is provided between the eyepieces 303A, B and the rotating reflector 305. However, the aforementioned optical path length is guided by the light emitting device 304 to the eyepieces 30 3 -A, B through the fixed mirror 308 and the rotating mirror 305 to ensure it. The details of the above configuration will be described using FIGS. 6, 8 and 9. (A) Light-emitting device 304, the positional relationship of the rotating mirror 305 and the eyepieces 3G3A, B 0 (Figure 6 shows the positional relationship of the light-emitting device 304, the rotating mirror 305 and the eyepieces 303A, B The conditions at the time show, in particular, the setting position S, the width of the mirror, and the tilt of the mirror for the rotating mirror '3 05. Here, as shown in FIG. 6, the light source P of the light emitting device 304 and the center Q of the fixed mirror (2). The center of rotation 0 (2) and eye contact of the rotating mirror. The line connecting the four optical axes of the mirror is the symbolic light path. The symbol refers to the center of the light when scanning the rotating mirror. For illustration, the position of the image viewed by the observer through the eyepiece is P ', and the extension of the optical path connected to the center of the fixed mirror 3'08 and the rotating mirror 305 is P &quot;, vertical The angle formed by the line between 0P &quot; and the optical axis of eyepiece 303 is α, and the angle formed by the line perpendicular to the optical axis of PQ and eyepiece 303 is / ?. In FIG. 6, the symbolic angle of rotating mirror 305 is 0 is; r / 4 (=, 45 degrees), OP &quot; is perpendicular to 0P '. For this, the rotating reflection sharp 305 stands a little (When the rotating mirror 305 is rotated by α / 2 in the clockwise direction in FIG. 6), the P &quot; is inverted on the side of the eyepiece section 3 03, and the angle of the image of the rotating mirror 305 is between 0 and. * -I In t—ί 11!-I 1 I. Hi I. Mm I r (please read the precautions on the back and then fill out this page) The paper standard of the general order China National Standard Falcon (CNS (210Χ 297 公 4 ) A7 __B7_ of the Ministry of Economic Affairs of the Central Standardization Bureau Employee Consumer Capital Cooperative. A description of the invention (17) is in the form of (6). Household · 'special-hand .....- C6) At this time, the fixed reflection The angle formed by the optical axis of the mirror 308 and the eyepiece, that is, the sharp inclination of the fixed mirror 308 is (α) / 2. The width of the fixed mirror 308 is the mirror mirror of the rotating mirror 305 generated by this sharp The end is determined by the two straight lines connecting the light source P of the light emitting device 304. That is, from the light of the light source P, only the inside light of these two straight lines is reflected by the fixed mirror 3 08 to reach the rotating reflection Mirror 305. The width of the fixed mirror 308 through the luo is useless when the width of the two straight lines is more than the width of the cut, which is determined by the width. However, the optical path PA line on the side of the straight-line rotating reflective sharp 305 cannot be shielded by the rotating mirror 305. Similarly, the optical path PB on the side of the straight-line eyepiece 303 cannot be blocked by the frame surface (attached to the eyepieces 303A, The surface is covered. However, when it is not covered, the fixed mirror 308 can be close to the surface with the eyepiece parts 303A and B, so that the whole frame is thin. In addition, the angle α increases by approaching the surface of the frame, and the maximum value can be obtained. In addition, as can be seen from equation (6), the larger the angle α is, the smaller the angle 0 0 is. The smaller the angle 0 0 is, the sharper the rotating mirror 3 05 is in a standing state, which has the effect of increasing the longitudinal end angle. Thus, the position fi! Of the fixed mirror 308 is moved by determining the emblem angle 0 of the rotating mirror 305. However, at this time, the fixed mirror 308 is placed at a position where the angle ^ becomes larger (like (please read the precautions on the back before filling out this page). This paper uses the national standard of China (CNS) Α4 2ΙΟ Χ297 mm) 20 Printed by the Ordnance Industry and Consumers Cooperative of the Central Standardization Bureau of the Ministry of Economic Affairs ¾ A7 _B7____ 5. Description of the invention (18) The angle of the emblem 0 0 is the small position). Near this rotating mirror 305 is tilted perpendicular to the direction of the optical axis of the eyepiece portions 303 A, B, and reflected at the eyepiece portion 303A 'B. However, the light from the light-emitting device 304 is not blocked by the eyepiece portion, and reaches the range of the fixed mirror 308. (b) The rotation angle of the rotating mirror 305 and the angle of the second-dimensional image in the eyeglass section 12, the direction of the light from the rotating mirror 3 05 to the eyepiece section 3 03-A, B, through rotation The rotating mirror 305 is tilted, and the eyes of the patent application model are used as incident light from the oblique lower side or oblique upper side to obtain a two-dimensional portrait. Therefore, when the rotating mirror 305 has a symbol angle in the range before and after 0, that is, when the light is introduced into the eyepiece, the light needs to be extracted through the light emitting device 304. In addition, the angle of the two-dimensional portrait seen by the observer is due to specular reflection, and this angle is doubled. Here, through FIG. 8 and FIG. 9, in the present eyewear section, the range from 0 1 (= 0 0-. Δ 垆 1) to 0 2 (= 0 0 + Δ 0 2) The light export situation will be explained. The angles β1 and Θ2 of the two-dimensional image seen by the observer are obtained by the relationship (7). (The rotating mirror 3 05 is of sufficient size) ϋ »I ί 1--Is ί 11 .......--people) -II-I— I.. Ml τ» r (please read the back first (Note. Please fill in this page again) (9. -ί) When ΘΙ = 02, it is Δ01 = 厶 ώ This paper wave scale is General China® Jia Ti Zhun (CNS) A4 Clam (210: 097 mm) 21 A7 B7 5 Description of the invention (19) Furthermore, in order to satisfy the size of the frame of the rotating mirror 305 as the rotation radius rl, 2, it can be obtained by the formula (8) a / rl, 2. Χ ^ Λ ds S- 一 0 8 ί? 丨 · Γ (please read the notes on the back first and then fill in this page) Employees from the Central Bureau of Standards of the Ministry of Economic Affairs cooperate with Xiao Xian; ^ Printed I · f,-乂-Δ Ge Yi. f · u means let the rotating mirror be the mirror with one side which is twice the length. For this reason, when rl is larger than r2, Θ2 has a larger angle in the mirror with the rotation radius rl. Here, the distance from the rotating mirror 305 to the eyepiece parts 303-A and B is a parameter. This value is the mirror of the light source of the light emitting device 304 and the rotating mirror 305, the mirror of the fixed mirror 308 The line of the rotating mirror 305 side of the two lines connected at the end passes through the light emitting device 304, and the range of the derived light 4 1 (= must 0-Δ 0 1) to 0 2 (= at 0 + Δ 0 2) , Under the condition of not blocking the light, it is better to take the shortest possible. The light-emitting device 304 is a linear shape with a small length in the longitudinal direction (6mm in this embodiment). It is the reason why the light is emitted. The light source of the device 304 is as close as possible to the eyepiece parts 303-A, B, The distance between the rotating J-turn reflective sharp 305 and the eyepieces 303-A and B becomes very small. Order --- This paper man's standard quickly uses the Chinese national standard (CNS) A4 cash (210X 297mm) 22 The Central Plains Bureau of the Ministry of Economic Affairs Employee Poverty Reduction Cooperative Printed A7 _B7 ___ Five'Invention Description (20) (c) ) Although the optical system configuration determination method determines the optical configuration under the conditions described above, the determination method is repeated calculation as shown below. (0) Setting of required conditions ’Field of view: Set the requirements of the field of view Θ 1, 0 2 of the eyepiece section 303. Optical path length: Let the optical path length be determined by the angle of view of the eyepiece, etc. Geometrical configuration: the light source position of the light-emitting device 3 Q 4 &lt; ', the position of the eyepiece portion 303, the optical axis direction of the eyepiece portion 303, and the rotation center of the rotating mirror 305 are on the same optical axis. (1) Assumption Assume that the rotation radius of the rotating mirror 3Q5 is like the toe angle and the distance between the rotation center of the rotating mirror 305 and the eyepiece portion 303. (2) Calculate fixed mirror 308: position, size, tilt angle Rotating mirror 305: vibration angle, rotation radius (3) Judge whether to block light, whether there is no other contact, whether to be miniaturized (please read the back (Notes to fill out this page)

本紙浪尺度通用中國國家標华(CNS ) Λ4現格(210X29?公廣) 23 308647 A7 B7 五、發明説明(21) (4)反嫌 根據(3)之判斷結果,修正(1)之假定,或(〇)之要求 條件。 對以下之眼鏡部,將臺像資料送信之終端部而言加以 說明。 2、終端部 對圖2所示眼鏡型顯示器8,送信耋像資料之終端部加 以說明。 ,々 於本眼鏡型顯示器中,如前所述,爲將文字資訊以解 析度200dp丨加以再現,而採用1792點之LED瘅列。將此 LED瘅列之資料输入以偏移暫存器之極限之20MHZ時鐘進行 時,每1線光偏移之時間所酹之時間爲8 6 . 6 a S,使用者則 對放映於眼鏡部13之圖像無法辨視爲靜止之衋面。 • 在此,本終端部11中,經由將畫像資料於所定配列變 換之後,分割1線分之畫像資料,送信至LED陣列所成發 光裝置304,將1線之偏移時間呈約5# S(1畜面掃瞄畤間 經濟部中央標隼局員工消費合作社印策 lOras,垂直約2000線之高精細畫像時)。具體而言,於發 光裝置304內將1區塊以64位元單位構成之偏移暫存器501 設S28個,變更爲將各偏移暫存器501之輸入加以獨立之 28個串列输入,將此28個偏移暫存器並列地以20MHZ之時. 鐘64位元偏移,可呈較以往28倍之速度(3.2^ S)之資料傳 1 送0 要以更高速進行傳送時,可再分割LED,將偏移之位 本紙张尺度邋用中國國家標华(CNS ) A4说格(210X297公釐) (請先閲讀背面之注意事項再填寫本頁) -24 - 經濟部中央樣準局一®:工消費合作社印製 本紙张尺度通用十國國家標皁(CNS ) /^况格(2IOX297公廣) A7 ____ B7_ 五、發明説明(22) 元數加以減少即可,而输入線數過多之時,爲將纜線,或 輸出資料之畫像記億m路4 0 6對應於此時,則需多位元化 ,有電路增大的問題產生。由此,本終端部11中,則採用 分割64位元單位者。如上述分割LED,呈並列輸入地,可 滿足高速掃瞄之無閃爍之高精細資訊所要求之資訊資料傳 送速度。 將終端部11之構成係於圖9。其主要構成係保持新閔 紙面之圖像資料,輪出至發光裝置304之畫像記憶電路406 、爲盡像同步之同涉電路部4 07、將畫像資料輸入終端之-記錄媒體部4(34、將由記錄媒體40 8输入之畫像資料暂時保 持之記億部4(33、進行奎像資料之壓縮/展開之壓縮/展開 部4Q5、掌管終端機輸出入或資料處理之處理部402、控制 終端動作(畫像之擴大/縮小,換頁)之操作部4 03者。更具 體而言,記憶部403係畫像資料爲A2尺寸下,一頁約2 Μ位 元組之故,將該資料由記錄媒體4 08,於終端部具有暂時 地加以保持之機能。又可做爲間隔等之畫像處理之記憶範 圍。 壓縮/展開部4 05係由記錄媒體408處理壓縮資料進行 展開動作,於記億部403傳送展開資料。此壓縮/展開部 405係以專用LSI和周邊電路構成。 處理器4 0 2係控制終端部之所有動作。進行對畫像記. 憶雅406資料傳送,由記錄媒體408之資料處理,壓縮/展 開部405之控制,顯示畫像之擴大/縮小•換頁•捲動等之 耋像處理勖作。各種操作係由操作部401將中斷信號由處 -25 - (请先閱讀背面之注意事項再填寫本頁) 訂The standard of this paper is universal Chinese National Standard (CNS) Λ4 present (210X29? Public Radio) 23 308647 A7 B7 V. Description of the invention (21) (4) Anti-suspicion based on the judgment result of (3), amend the assumption of (1) , Or (〇) requirements. For the following eyeglasses department, the terminal department that sends the station image data will be explained. 2. Terminal Section The glasses-type display 8 shown in FIG. 2 will be explained by the terminal section that sends the image data. 々 In the glasses-type display, as mentioned above, in order to reproduce the text information at a resolution of 200dp 丨, the 1792-point LED display is used. When the data of this LED column is input with a 20MHZ clock offset from the limit of the register, the time per one-line light offset time is 86.6 a S, and the user displays it on the glasses department. The image of 13 cannot be identified as a still surface. • Here, in this terminal section 11, after converting the image data in the predetermined arrangement, the image data of one line is divided and sent to the light emitting device 304 formed by the LED array, and the offset time of one line is about 5 # S (1 Scanning of the animal's face when printing a high-resolution portrait with a vertical line of about 2,000 lines) at the Employee Consumer Cooperative of the Central Standard Falcon Bureau of the Ministry of Economic Affairs. Specifically, in the light-emitting device 304, S28 offset registers 501 consisting of one block in 64-bit units are changed to 28 independent serial inputs of the input of each offset register 501 , The 28 offset registers are paralleled at the time of 20MHZ. The clock is 64-bit offset, which can be 28 times faster (3.2 ^ S) than the previous data transmission 1 send 0 to be transmitted at a higher speed , LED can be divided again, and the offset paper size is sloppy to use China National Standard (CNS) A4 format (210X297mm) (please read the precautions on the back before filling this page) -24-Central Ministry of Economic Affairs Sample Standard 1®: The paper standard printed by the Industrial and Consumer Cooperative Society is generally used in the national standard soap (CNS) / ^ condition grid (2IOX297 public) A7 ____ B7_ V. Description of invention (22) The number of yuan can be reduced, and When there are too many input lines, in order to record the image of the cable or the output data as 100 million m channels, corresponding to this time, multiple bits are required, and there is a problem of circuit enlargement. Therefore, the terminal unit 11 adopts a unit of 64-bit division. As described above, the LEDs are divided and input in parallel, which can meet the information data transmission speed required by high-speed scanning of high-definition information without flicker. The configuration of the terminal unit 11 is shown in FIG. 9. Its main structure is to maintain the image data on the paper surface of Xinmin, and to the image memory circuit 406 of the light-emitting device 304, the related circuit section 4 07 for complete image synchronization, and the image data input terminal-the recording media section 4 (34 4. A memory unit 4 (33, a compression / expansion unit 4Q5 for compressing / expanding image data), a processing unit 402 that controls the input / output of the terminal or data processing, and controls Terminal operation (expansion / reduction of the image, page change) is the operation part 4 03. More specifically, the memory part 403 is the image data of A2 size, the page is about 2 Μbyte, so the data is recorded The media 4 08 has a function of temporarily holding it in the terminal. It can also be used as a memory range for image processing such as intervals. The compression / expansion unit 4 05 processes the compressed data from the recording medium 408 to perform expansion operations, and it is worth billions. The unit 403 transmits the expansion data. The compression / expansion unit 405 is composed of a dedicated LSI and peripheral circuits. The processor 4 0 2 controls all the operations of the terminal unit. It performs image recording. The memory of YA 406 is transmitted by the recording medium 408 Data processing, control of the compression / expansion unit 405, display image expansion / reduction, page change, scrolling, etc. image processing operations. Various operations are interrupted by the operation unit 401 from -25-(please read the back Note to fill out this page)

經濟部中央橾箪局一貝工消费合作社印U B7 五、發明説明(23) 理器402送出加以執行者。 操作部係使用者欲變更終端動作時,經由送出命令地 ’處理器4 02則執行程式,而進行狀態的遷移。具體而言 ,即進行顯示畫像之換頁、擴大/縮小、捲動等之畫像處 理〇 於以下詳述終端部11之窕理動作。 2 . 1 LED之資料傳送 使用圖9及圖P0說明終端部11之處理流程。 首先,需輸入終端部11之耋像資料係保存於記錄媒髖 408,將其記錄媒體408插入記錄媒體部404。記錄媒體408 上之雀像資料係例如新閡資料,新聞紙面之1頁分係3233 X 4,736 位元(A2,200DPI, A4,400DPI)之 2 値盡像資料 者。經由,對全資料量容量小之記錄媒體而言,將資料加. 以壓縮保存(步驟1DD)。接著,於記錄媒體408上所保存之 畫像資料,將資料傳送於壓縮展開部405,進行資料之展. 開處理(步綴102)。但是,於記錄媒體408上未壓縮之時, 直接進入下個狀態。經由此處理,記錄於記錄媒體的畫像 資料係呈非懕縮資料(原本之2値畫像資料),傳送於記憶 部403加以保持(步驟103)。接著,將保持於此記憶部403 之2値畫像資料,經由處理器部402,執行配列變換處理後 (步驟104),傳送於畫像記億霣路406。在此配列變換處理Printed by the Central Chamber of Commerce of the Ministry of Economic Affairs, a shellfish consumer cooperative, U B7 V. Description of invention (23) The processor 402 is sent for execution. When the user wants to change the operation of the terminal, the user executes the program by sending the command to the processor 4 02 and transitions the state. Specifically, it performs image processing such as page change, enlargement / reduction, scrolling, etc. of the displayed image. The finishing operation of the terminal unit 11 will be described in detail below. 2.1 Data transmission of LED The processing flow of the terminal section 11 will be described using FIGS. 9 and P0. First, the image data to be input to the terminal 11 is stored in the recording medium 408, and the recording medium 408 is inserted into the recording medium 404. The image data on the recording medium 408 is, for example, new data, and one page of newsprint is 3233 X 4,736 bits (A2, 200DPI, A4, 400DPI). By the way, for a recording medium with a small total data volume, the data is compressed and stored (step 1DD). Next, the portrait data stored on the recording medium 408 is transferred to the compression / expansion unit 405 to perform the data expansion process (step 102). However, when uncompressed on the recording medium 408, the next state is directly entered. After this process, the portrait data recorded on the recording medium is non-condensed data (original 2-value portrait data), which is transmitted to the memory unit 403 and held (step 103). Next, the 2-value image data held in the memory unit 403 is transmitted through the processor unit 402 to perform the arrangement conversion process (step 104), and then transmitted to the image memory 406. Arrange transformation processing here

I 係如圖11所示,將原畫像之1線資料,於水平方向分割呈 64位元Μ塊,將各區塊(1〜28I3E塊)之資料對應於具衋像 本紙浪尺度通用t國國家橾準(CNS ) Λ4規格(210X297公釐) (請先聞讀背面之注意事項再填寫本I) -··* .户 訂 -26 r303647 7 B7 經濟部中央樣华局負工消肾合作社印^ 五、發明説明(24) 記憶電路406之畫像記憶體410(對於畫像記億體410則述於 後)的1〜28位元,於位址方向並排加以替換。 經由此配列樊換處理,如圖11所示,由對應於位址之 畫像記億體410之各位元,输出64位元之查像資料(步媒 105),輸入對應於發光裝置304之LED陣列之各區塊,再 生原畫像之1線(步磲106)。將含此配列變換之一連串處理 ,施於原畫像之畫像資料的各水平線,經由順序配®於奎 像記憶體410,實現髙精度畫像之再生顯示409。 又,於前述之.步騍1 0 4,將原本之3 2 3 2 X 4 7 3 6位元資— 料,取得鄰接2位元之邏輯和,何者爲黑(1)之時,將資料 呈1之資料的間隔,對水平、垂直方向Μ行,將1/2縮小之 資料( 1616X2368)俥送於奎像記億體410,可進行縮小耋 像之顯示,可顯示新聞1紙面者。此擴大畫像/綰小畫像之 選擇(顯示切換)係經由按押操作部401之擴大/縮小鈕(未' 圖示),可於處理器部4 0 2送信任意之信號加以實現。 2.2 畫像記憶電路部406之處理動作 於此終端部11中,對呈發光裝置304之奎像資料的送 信部分之塞像記憶電路406詳細說明。圖12及圖3係顯示畫 像記億《路部406之構成和處理動作。 於圖12中,畫像記憶電路4 0 6係由保持配列變換之畫.. 像資料之盡像記憶體410、要求對S像記憶體410之畫像資 料之寫入/输出切換之記億存取要求判優程序406b、對應 由記憶存取要求判優程序406b之信猇,切換對畫像記憶體 27 - 本紙伕尺度通用中國國家標孳(CNS ) Α*»現格(2丨Ο κ 29?公釐) (請先閲讀背面之注意事項再填寫本頁) 訂 ~Γ B7五、發明説明(25) 經濟部t央標準局貝工消资合作社印袈 410之畫像資料之寫入用位址/输出用位址的位址多工器電 路412、計數欲再現圖像畫像之1線列成分之畫像水平方向 控制器計數器406c、計數欲再現之圖像耋像所成線成分之 耋面計數器406a、對發光裝置3Q4而言送信閂鎖、選通脈 衝_之信號之LED控制電路所構成。然而,本實施例中, 於畫像記憶體410,採用具串列输出入埠之VRAM。採用之 畫像記憶體410係由DRAM部,和可保持其DRAM之一行分之 資料之暫存器部所構成,該暫存器部具備可串列資料多输 入傳送(並列處理V之串列埠。又晝像記憶體4 1 0係可保持-2048X4096點=約1Μ位元組之圖像資料的同時,於本實施-例中,VRAM本身所具備之輸出資料匯流排32位元中,令 28位元做爲LED陣列之輸出埠加以使用。爲此盖像記憶體 410係例如新聞紙面之1頁分3233X 4,736位元(A2, 200DPI,A4,400DPI)之 2 値畫像資料中,令 2048X 4096 位 元點呈畫素1點對應1位元組加以保持。由此,實際有效之 畫像資料係呈1792X 4096位元。 圖12所示之畫像記憶體電路的特徵係在於爲進行由處 理器402之存取之處理器周邊電路,和爲串列輸出之串列 输出周邊電路各別加以獨立構成之處。 在此,處理器周邊電路係指爲進行將由處理器部402 順序输送之耋像資料,寫入耋像記憶體410之電路,以RAS 及CAS時間電路所成記億存取要求判優程序406b、位址多 工器電路等所構成。 即由處理器部4 0 2耋嫌資料被输送之時,其畫像賫料 -28 - (請先sfl讀背面之注意事項再填寫本頁)As shown in Figure 11, the first-line data of the original image is divided into 64-bit M blocks in the horizontal direction, and the data of each block (blocks 1 ~ 28I3E) corresponds to the general t-state National Standard (CNS) Λ4 specification (210X297mm) (Please read the precautions on the back before filling in this I)-·· *. Subscriber-26 r303647 7 B7 Ministry of Economic Affairs, Central Sample Bureau, Ministry of Economic Affairs Seal ^ V. Description of Invention (24) The 1 to 28 bits of the portrait memory 410 of the memory circuit 406 (described later for the portrait memory 410) are replaced side by side in the address direction. After the replacement process is arranged, as shown in FIG. 11, the 64-bit image data (step 105) is output from each bit of the image memory 410 corresponding to the address, and the LED corresponding to the light emitting device 304 is input. Each block of the array reproduces one line of the original image (Step 106). A series of processing including this arrangement transformation is applied to each horizontal line of the image data of the original image, which is sequentially allocated to the Kui image memory 410 to realize the reproduction and display 409 of high-precision images. In addition, in the above. Steps 1 0 4, the original 3 2 3 2 X 4 7 3 6-bit metadata-material, to obtain the logical sum of adjacent 2 bits, which is black (1), the data At the interval of 1 data, for the M lines in the horizontal and vertical directions, 1/2 of the reduced data (1616X2368) will be sent to the Kuixiangjiyi body 410, which can display the reduced image and display the news on the paper. The selection (display switching) of the enlarged portrait / small portrait is performed by pressing the enlargement / reduction button (not shown) of the operation unit 401, and an arbitrary signal can be sent to the processor unit 402. 2.2 Processing operation of the image memory circuit section 406 In this terminal section 11, the plug-in image memory circuit 406 that transmits the transmission image data of the light emitting device 304 is described in detail. Fig. 12 and Fig. 3 show the composition and processing operations of the image memory "Road 406". In FIG. 12, the portrait memory circuit 406 is composed of pictures that maintain the arrangement transformation. The image data is like the image memory 410, and 100 million access is required for writing / output switching of the image data of the S image memory 410. Requirement arbitration program 406b, corresponding to the trust of the memory access request arbitration program 406b, switch to the portrait memory 27-This paper is a universal Chinese national standard (CNS) Α * »current form (2 丨 Ο κ 29? Mm) (Please read the precautions on the back before filling in this page) Order ~ Γ B7 V. Description of the invention (25) The address for writing the image data of the seal 410 of the Beigong Consumer Investment Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs / Address multiplexer circuit 412 for output address, portrait horizontal controller counter 406c that counts 1 line component of the image to be reproduced, and surface counter that counts the line component of the image to be reproduced 406a. For the light-emitting device 3Q4, it is composed of an LED control circuit that transmits a signal of a latch and a strobe pulse. However, in this embodiment, VRAM with serial I / O ports is used in the portrait memory 410. The adopted portrait memory 410 is composed of a DRAM section and a temporary storage section that can hold data of one row of the DRAM. The temporary storage section is provided with serial data multi-input transmission (parallel processing of V serial ports . Day image memory 4 1 0 series can maintain -2048X4096 points = about 1M bytes of image data, in this embodiment-example, the output data bus of the VRAM itself has 32 bits, so 28 bits are used as the output port of the LED array. For this purpose, the cover image memory 410 is, for example, 1 page of 3333X 4,736 bits (A2, 200DPI, A4, 400DPI) of 2 pages of portrait paper, Make 2048X 4096 bit dots to be represented by 1 pixel corresponding to 1 byte. Therefore, the actual effective image data is 1792X 4096 bits. The characteristic of the portrait memory circuit shown in Figure 12 is that it is The processor peripheral circuit accessed by the processor 402 and the serial output peripheral circuit for serial output are separately constituted separately. Here, the processor peripheral circuit refers to the order in which the processor unit 402 sends Imagery data, write to the imagery memory 410 The circuit is composed of the arbitration program 406b, the address multiplexer circuit, etc. formed by the RAS and CAS time circuits. That is, when the processor section 4 0 2 suspects that the data is being transmitted, its image is captured -28-(Please read the notes on the back before sfl and then fill in this page)

本紙張尺度通用t國國家標準(CNS ) A4说格(2丨OX297公慶) 30-3647 A7 B7 五、發明説明(26) 係送至盡像記憶體410的同時,介由記億存取要求判優程 序406b,給予對應其奎像資料的位址加以寫入。又於此時 ,位址多工器電路412係認爲對S像記億體410給予之位址 係爲寫入者。 另一方面,串列输出電路係將寫入畫像記億體410的 耋像資料,對發光裝置之LED瘅列输出之霄路者。 具體而言,進行耋像記憶餿410之串列輸出時,對畫 像記億體410進行時分割,經由供予之列位址和行位址, 將其1行分之資料根據列位址加以串列输出。因此,串列-输出周邊電路中,列位址係經常爲0(對畫像記憶體不輸入 行位址),將行位址僅經由畫面線計數銮406a供予。由此 畫像15憶體410係由位址多工器電路41 2僅供予任意之行位 址故,其1行分之賫料係呈列位址順序地加以輸出。又1行 分之資料輸出終了時,盡面水平方向控制計數器406 c係對. 記憶存取要求判優程序輸出下個1行分之資料爲命令。 經濟部中央糅準局員工消费合作社印裝 (請先閲讀背面之注意事項再填寫本頁) 然而,此獨立之2個周邊電路之畫像記憶存取不衝突 地,經由判優程序電路4 0 6 b加以結合,將位址匯流排經由 資料選擇器,時分割地加以输出,排他性地執行處理器部 402之存取和資料输出存取。 接著於圖13顯示畫像記憶Μ路406之輸出處理流程。 首先,經由同步鼇路407送出之同步信號的輸入,由. 畫面水平方向控制計數器(5 1 2進位計數器)4 0 6 c,衋面線 計數器(5 12進位計數器)4 0 6 a被重置後之狀態開始說明。 畫面水平方向控制計數器(以下稱水平方向計數器)配 本紙法尺度遇用中國國家梯準(CNS &gt; ΛΊ堤格(2IOX 297公;ϊ ) 29 - A7 B7 經濟部中央糅進局員工消费合作社印变 五、發明説明(27) 合畫像記億體410之資料输出時鏟頻率,進行加算(步探 501)。即,由金像記ISMMlOlSi出位元單位之資料,加S: 水平方向計數器。對LED而言,各串列埠送出64位元地, 形成顯示晝面之1線之故,水平計數器進行加算至呈64之 、倍數(步驟502)。步跺502中,水平計數器呈64倍數時,水 平計數器406c係介由LED控制電路411,對LED而言送出資 料載入信號(步蹀503)。經由此處理,終止1線分之資料輸 出。同樣地進行第2行以後之處理。 接著,水平方·&lt;向計數器406 c呈51 2時(步驟504 ),爲令· 畫像記憶《之存取位址前進1個,加算衋面線計數器406a( 以下稱垂直方向計數器)(步驟505)。逄行此處理之理由係 本寶施例之畫像記憶體410,係經由列方向512位址之串列 存取埠(SAM部)加以輸出之故,需於每64位元輸出時,顯 示8線後,加算行位址,將下個行位址之資料傳送至串列. 存取埠暂存器(步騍506)。此畫像記億讀取傳送(由DRAM 部至SAM部)完畢時,重置水平方向計數器(步驟507)。 另一方面,由同步電路407輸入同步信號時(步驟508) ,經由此同步信號,重置水平方向計數器和垂直方向計數 器(步驟509)、回到步驟501進行同樣的處理。 經由重複以上之步驟501至509,對發光裝® 3 0 4之LED 而言,將同樣之畫像資料,根據旋轉境之旋轉加以输出。 j 2.3發光裝B304之處理動作 發光裝置304中,將由前述畫像記憶竃路406输送之配 I I» _____L''.- 1, (請先閲讀背面之注意事項再填寫本頁) 本紙浪尺度通用令困國家標準(CNS ) A4JUt格(210X 297公釐) -30 - 五、發明説明(28) A7 B7 經濟部中央標準局員工消资合作杜印裝 列變換之耋像資料28個,输入至構成發光裝置3 0 4具備LED 陣列的28個偏移暂存器501。於偏移暫存器501輸入1線分( 1792點)之資料時,將各偏移暫存器501之位元輸出閂鎖於 閂鎖5 0 2。閂鎖於各閂鎖5 0 2之資料係經由選通脈衝信號, 送至LED裝置504,LED裝置504係對應其输送之資料令LED 發光。在此選通脈衝信號係控制LED瘅列之發光動作的信 號,不產生選通脈衝信號時,LED瘅列係無關於資料之有 無不加以發光。由此可防止LED之無諝的發光,而達省電 化。 f 2.4同步電路之處理動作 +將同步m路部之原理使用圇15加以說明。爲實現靜止 之高精細畫像,需將由耋像記僚髦路部406之輸出(LED之 點燈),同步於旋轉式反射鏡305之旋轉周期。即,對旋轉 式反射鏡305之變位角,可得經常输出同一之資料地,畫 像資料之輸出時間。爲實現此目的,於眼鏡部之旋轉式反 射鏡305之旋轉軸,將檢知旋轉軸呈變位角之信號裝著於 外部输出之感測器307,由此感測器3 07之信號,將製造畫 像输出之開始時間信號的同步電路部407,內藏於終端部 。於本實施例中,做爲感測器307,採用光中斷器307b。 光中斷器307b係由LED和光耦合器所構成,於物體間隙間. ,由於遮蔽LED之光,輸出信號。於第2反射鏡305之旋轉 1 軸安裝遮蔽板3Q7a,其板經由通過光中斷器307b之間隙, 產生同步信號。 (請先閲讀背面之注意事項再填寫本頁) 訂 本紙伕尺度遴用tail家梂準(CNS ) AJ規格(210X 297公釐&gt; -31 經濟部中央樣华局員工消«*合作社印¾ ___B7_五、發明説明(29) 接著,對本實施例之同步蕙路部407之動作,使用圖1 6加以說明。由感測器307之同步信號係输入至同步霣路部 407。利用此同步信號,重置設定由前述晝像記憶體410之 输出的行位址之512進位計數器。由此動作,呈旋轉式反 射鏡305之變位角之某角(位置)時,畫像之開頭(第1線)必 定输出。結果,視由畫像資料之俥送速度和旋轉速度呈一 定,由畫像之第1線經常顯示同樣之畫像,以實現同步。 又,經由令由感測器307之同步信號和計數器之重置 脈衝之相對時間間隔呈可變地,可將畫像開頭輸出之哮間· 加以微調。由此,可將顯示畫像上下地移動。本實施例中 ,則由多諧振盪器呈脈衝長可變電'路。 又,旋轉式反射鏡305係進行旋轉運動之故,畫像之 上方及下方中,LED304係必需熄滅。爲此產生同步於上述 畫面之重置脈衝具點燈時間分寬度之飞ED3 0 4的選通脈衝 信號,點燈LED304。本實施例中,經由令此點燈脈衝爲可 變地,將畫面之顯示範圍,呈可上下方向加以調整者。又 ,經由將顯示畫像之每1線之LED304的點燈脈衝長同樣地 可變化,可調整耋面整體之明亮度。 經由以上之實施例,於顯示裝置中,於可裝著於頭部 程度之小型化構造中,可得可再現文字資訊程度之解析度 。由此對處理文字資訊之媒體而言,提供_帶性優異之顯 示方法者。 » 又於利用LED之顯示裝Η中,使用即有之顯示元件LED 陣列,可呈僅旋轉式鏡及固定式銳之一系統的簡易配匱。 (請先閱讀背面之注意事項再填寫本頁) Γ1- 訂 本纸浪尺度通用中國國家標孪(〇奶),\4规格(210/297公釐) 32 308647 A7 __B7_— —_ 五、發明説明(30) 更且,於使用LED陣列之資訊顯示終端機中’可提供 於可裝著於頭部程度之小型化構造。由此對處理文字資訊 之媒體而言,提供攜帶性優異之資玑顯示終端機。 又,本資顯示終端機係不僅使用既有之顯示元件等 ,可僅以LED瘅列,旋轉式鏡及固定式鏡之一系統的簡單 構成加以實現,經由考量LED瘅列和旋轉式反射鏡和固定 式反射鏡之3個配置,達成小型化,令LED陣列發光之光 順序經由旋轉式反射鍊掃瞄而獲得,可令以往簡單之原理 直接加以適用者。 (請先閎讀背面之注意事項再填寫本頁) 嫂濟部肀夾梯祖扃员工消费合作,Ti印裝 本紙張尺度通用中國國家標準(CNS )八4規_格(2IOX 297公慶)This paper standard is universal national standard (CNS) A4 said grid (2 丨 OX297 public celebration) 30-3647 A7 B7 V. Description of invention (26) It is sent to the memory 410 at the same time, through the memory access requirements The arbitration program 406b writes the address corresponding to its image data. At this time, the address multiplexer circuit 412 considers that the address given to the S-image memory 410 is the writer. On the other hand, the serial output circuit is a way to output the image data written in the icon body 410 to the LED array of the light emitting device. Specifically, when the serial output of the image memory 410 is performed, the portrait memory 410 is time-divided, and the data of 1 line divided by the column address and the row address supplied are added according to the column address Serial output. Therefore, in the serial-output peripheral circuit, the column address is always 0 (the row address is not input to the portrait memory), and the row address is supplied only through the screen line counter Luan 406a. Therefore, the image 15 memory 410 is used by the address multiplexer circuit 412 for arbitrary row addresses. Therefore, the one-line branched material is sequentially output by listing the addresses. When the output of one line of data ends, the counter 406c is used to control the horizontal direction. The memory access request arbitration program outputs the next line of data as a command. Printed by the Employee Consumer Cooperative of the Central Ministry of Economic Affairs of the Ministry of Economic Affairs (please read the precautions on the back before filling in this page) However, the memory access of the portraits of the two independent peripheral circuits does not conflict, through the arbitration program circuit 4 0 6 b. Combined, the address bus is outputted through the data selector in a time-division manner, and the access of the processor unit 402 and the data output access are exclusively performed. Next, FIG. 13 shows the output processing flow of the portrait memory M channel 406. First of all, the input of the synchronization signal sent via the synchronization Ao Road 407 is controlled by the horizontal direction of the screen counter (5 1 2 carry counter) 4 0 6 c, and the upper thread counter (5 12 carry counter) 4 0 6 a is reset. The later state will be explained. Screen horizontal direction control counter (hereinafter referred to as horizontal direction counter) with original paper method meets China National Standards (CNS & ΛΊ 蒂格 (2IOX 297; ϊ)) 29-A7 B7 Printed by the Employee Consumer Cooperative of the Central Ministry of Economic Affairs V. Description of the invention (27) The shovel frequency is added when the data of the combined image of the body 410 is output (step 501). That is, the data of the bit unit is output by the gold image ISMMlOlSi, plus S: horizontal counter. For LEDs, each serial port sends a 64-bit field to form a line that displays the day surface, and the horizontal counter is added to a multiple of 64 (step 502). In step 502, the horizontal counter is a multiple of 64 At this time, the horizontal counter 406c sends a data load signal (step 503) to the LED via the LED control circuit 411. Through this processing, the data output of 1 line is terminated. The processing of the second and subsequent lines is also performed. Next, when the horizontal side &lt; 51 2 is presented to the counter 406 c (step 504), in order to advance the access address of the portrait memory “1, add the upper thread counter 406a (hereinafter referred to as the vertical direction counter) (step 505). The reason for this processing is that the portrait memory 410 in this example of the treasure is output through the serial access port (SAM part) with 512 addresses in the row direction. It needs to be displayed after every 8 bits when outputting 8 lines , Add the row address, and send the data of the next row address to the serial port. Access port register (step 506). When this image is recorded and read and transmitted (from the DRAM section to the SAM section), reset Set the horizontal direction counter (step 507). On the other hand, when the synchronization signal is input from the synchronization circuit 407 (step 508), the horizontal direction counter and the vertical direction counter are reset via this synchronization signal (step 509), and the process returns to step 501 The same process. By repeating the above steps 501 to 509, for the LED of the light emitting device 304, the same image data is output according to the rotation of the rotating environment. J 2.3 Processing of the light emitting device B304 In the above, the matching will be transported by the aforementioned portrait memory Kunlu 406 II »_____ L '' .- 1, (please read the precautions on the back before filling in this page) The National Standard (CNS) A4JUt grid (210X 297 Mm) -30-V. Fa Description (28) A7 B7 28 image data of employees ’cooperation with the Central Bureau of Standards of the Ministry of Economic Affairs and the Ministry of Economic Affairs and Consumers for Duo Printing and Packing, input to 28 offset registers 501 with LED arrays that constitute the light-emitting device 304. When the shift register 501 inputs data of 1 line division (1792 points), the bit output of each offset register 501 is latched at the latch 5 0 2. The data system latched at each latch 5 0 2 Via the strobe signal, it is sent to the LED device 504, and the LED device 504 makes the LED emit light according to the data sent by it. Here, the strobe signal is a signal to control the light-emitting action of the LED column, and when the strobe signal is not generated, the LED column does not emit light regardless of the existence of data. This prevents the LED from shining light, and saves electricity. f 2.4 Processing operation of the synchronous circuit + The principle of synchronizing the m-channel part will be explained using 囵 15. In order to realize a still high-definition portrait, the output (LED lighting) from the imagery section 406 must be synchronized with the rotation period of the rotating mirror 305. That is, for the displacement angle of the rotating mirror 305, it is possible to always output the same data and the output time of the image data. In order to achieve this, the rotation axis of the rotating mirror 305 of the spectacles section is equipped with a signal that detects that the rotation axis has a displacement angle to an externally output sensor 307, thereby the signal of the sensor 3 07, The synchronization circuit unit 407 that outputs the start time signal for the production image is built in the terminal unit. In this embodiment, as the sensor 307, an optical interrupter 307b is used. The optical interrupter 307b is composed of an LED and an optical coupler, between the object gaps. Because it shields the light of the LED, it outputs a signal. A shielding plate 3Q7a is attached to the rotating one axis of the second mirror 305, and the plate generates a synchronization signal through the gap passing through the photo interrupter 307b. (Please read the precautions on the back and then fill out this page) The standard size of the paper used for ordering papers (CNS) AJ specification (210X 297mm &gt; -31 Employee consumption of the Central Bureau of Economics of the Ministry of Economic Affairs «* Cooperative ¾ ___B7_ V. Description of the invention (29) Next, the operation of the synchronization circuit 407 in this embodiment will be described using FIG. 16. The synchronization signal from the sensor 307 is input to the synchronization circuit 407. Use this synchronization The signal resets the 512 carry counter of the line address output by the aforementioned day image memory 410. When this action occurs, a certain angle (position) of the displacement angle of the rotating mirror 305, the beginning of the portrait (page 1 line) must be output. As a result, the delivery speed and rotation speed of the image data are constant, and the first line of the image always displays the same image to achieve synchronization. In addition, the synchronization signal from the sensor 307 The relative time interval with the reset pulse of the counter is variable, and the output of the beginning of the portrait can be fine-tuned. Thus, the displayed image can be moved up and down. In this embodiment, the multivibrator Variable pulse length Also, because the rotating mirror 305 rotates, the LED 304 must be turned off in the upper and lower parts of the image. For this reason, the reset pulse synchronized with the above picture has a flying time of ED3 0 4. Strobe pulse signal, lighting LED304. In this embodiment, by making this lighting pulse variable, the display range of the screen can be adjusted up and down. Also, by each line of the displayed image The length of the lighting pulse of LED304 can be changed in the same way, and the brightness of the entire surface can be adjusted. Through the above embodiment, in the display device, in a miniaturized structure that can be mounted on the head, the text can be reproduced The resolution of the information level. Therefore, for media that process text information, those who provide excellent display methods. »Also in the display device using LEDs, the LED array that uses the existing display elements can be displayed only Simple matching of rotating mirror and fixed sharp system. (Please read the precautions on the back before filling in this page) Γ1- The standard paper wave standard general Chinese national standard twin (〇 奶), \ 4 specifications (210 /2 97 mm) 32 308647 A7 __B7_ — —_ V. Description of the invention (30) Furthermore, in information display terminals using LED arrays, it can be provided in a miniaturized structure that can be attached to the head. For media that process text information, it provides a portable display terminal with excellent portability. In addition, this display terminal not only uses existing display elements, but also can only use LED columns, rotating mirrors and fixed mirrors. The simple structure of one system is realized. By considering the three configurations of LED columns, rotating mirrors and fixed mirrors, miniaturization is achieved, and the light emitted by the LED array is sequentially scanned through the rotating reflective chain. Those who can apply the simple principles in the past directly. (Please read the precautions on the back first and then fill out this page) Sister-in-law Department's Tsang Tie Zu Teng Employee's Consumer Cooperation, Ti Printing and Printing This paper standard is universal Chinese National Standard (CNS) 8 4 rules _ grid (2IOX 297 public celebration)

Claims (1)

經濟部中央標隼局員工消費合作社印製 A8 B8 C8 __ D8 六、申請專利範圍 ι· 一種資訊顯示終端機,其特徵係具備直線狀配置 複數之發光元件的發光裝置,和對前述發光裝置之中心部 分,以左右爲對象配置之第1透鏡鏡及第2透鏡,和配置於 前述第1透鏡之光軸上及前述第2透鏡之光軸上之旋轉式反 射鏡;前述發光裝a則將發光之光經由前述旋轉式反射鏡 加以成像,將其成像介由前述第1透鏡及前述第2透鏡加以 辨視者。 2. —種資訊顯示終端機,其特徴係由直線狀配置複 數之發光元件之發光裝置,和含有對前述發光裝置之中心 部分而言,以左右對象配置之第1透鏡鏡及第2透鏡之透鏡 部所成;前述發光裝置至前述透鏡部之光路長,則滿足前 述第1透鏡之中心部分和前述第2透鏡之中心部分所成第1 距離,前述複數之發光元件整體所成第2距離,前述第1透 銳和前述第2透鏡所持有之視角的3個關係所導出之値,以 配置前述發光裝置及前述透鏡部者。 3. 如申請專利範圍第1項或第2項之資訊顯示終端機 ,其中,對應各前述第1透鏡和前述第2透鏡設置三稜鏡, 而可調整前述發光裝®發光之光的成像位置者。 4. 如申請專利範圍第1項或第2項之資訊顯示終端機 ,其中,滿足以下由前述發光裝置至前述透鏡部之光路長 L之式者 0St:an 1((L 2〆 2 L 1〆 2 ) / L } + tan-1((L2/24-Li/2)/L} 本紙張尺度適用中國國家標隼(CNS ) A4現格(210 X 297公釐) u^妹 (請先閱讀背面之注意事項再填寫本頁) 34 ABCD 308647 六、申請專利範圍 L1:前述第1透鏡之中心部和前述第2透鏡之中心部所 成第1距離, L2:前述複數發光元件整體所成第2距離 (請先閲讀背面之注意事項再填寫本頁) β :前述第1透鏡,第2透鏡之視角β 5. 如申請專利範圍第1項或第2項之資訊顯示終端機 ,其中,具備將含文字資訊之Α6尺寸紙面資訊以解析度40 ODPI(DPNINCH)以上之點數進行輸出之所定數發光元件, 以直線狀加以配置之發光裝置, 和成像前述發光裝置所發光之光之旋轉式反射鏡, 和對前述發光裝置之中心部分而言,以左右爲對象配 置之第1透鏡及第2透鏡; 於前述第1透鏡及前述第2透鏡之各視角內配置前述發 光裝置,且將前述視角設定於所定角度,將前述旋轉式反 射鏡之成像,介由前述第1透鏡及前述第2透鏡加以辨視者 0 經濟部中夬標準局員工消费合作社印製 6. —種資訊顯示終端機,其特徵係在於由複數之發 光元件所成發光裝置,和反射由前述發光裝置發光之光的 第1反射鏡,和將前述第1之反射鏡之反射光以所定動作加 以反射,成像由前述發光裝B之光的第2反射鏡所成,交 叉由前述發光裝置發光之光和前述第2之反射鏡反射成像 之光,配置前述發光裝置和前述第1之反射鏡和前述第2之 反射鏡者。 7. 如申請專利範圍第6項之資訊顯示終端機,其中, 對辨視結像之光的接目鏡而言,於水平設K前述第2反射 本紙張尺度適用中國國家標準(CNS ) A4規格(210X297公釐} -35 - A8 B8 C8 D8 六、申請專利範圍 鏡,交叉由前述發光裝置之發光之光和前述第2之反射鏡 反射成像之光,較連接前述接目鏡和前述第2之反射鏡之 各中心的水平線爲下方,於前述接目鏡和前述第2之反射 鏡間設置前述發光裝S,且較連接前述接目鏡和前述第2 之反射鏡之各中心的水平線爲上方,於前述接目鏡和前述 第2之反射鏡間設置前述第1之反射鏡者。 裏------訂-----1線- (請先閲讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消費合作社印製 本紙浪尺度適用中國國家標準(CNS ) A4規格(210X297公釐) -36 -A8 B8 C8 __ D8 is printed by the Employee Consumer Cooperative of the Central Standard Falcon Bureau of the Ministry of Economic Affairs. Scope of Patent Application ι · An information display terminal, which features a light-emitting device with a plurality of light-emitting elements arranged linearly, and In the central part, the first lens mirror and the second lens arranged with the left and right as the object, and the rotating mirror arranged on the optical axis of the first lens and the optical axis of the second lens; the light emitting device a The luminous light is imaged through the rotating mirror, and the image is recognized through the first lens and the second lens. 2. A type of information display terminal, which is a light-emitting device in which a plurality of light-emitting elements are linearly arranged, and includes a first lens mirror and a second lens arranged as left and right objects for the central part of the aforementioned light-emitting device Formed by the lens part; the optical path length from the light emitting device to the lens part satisfies the first distance formed by the center part of the first lens and the center part of the second lens, and the second distance formed by the entire complex light emitting element A value derived from the three relationships between the first sharpness and the angle of view held by the second lens to arrange the light emitting device and the lens portion. 3. For the information display terminal according to item 1 or item 2 of the patent application scope, in which corresponding to each of the first lens and the second lens are provided, the image position of the light emitted by the light emitting device can be adjusted By. 4. The information display terminal as claimed in item 1 or item 2 of the patent scope, in which the following expression of the optical path length L from the light-emitting device to the lens part is satisfied: 0St: an 1 ((L 2〆2 L 1 〆2) / L} + tan-1 ((L2 / 24-Li / 2) / L} This paper size is applicable to China National Standard Falcon (CNS) A4 (210 X 297 mm) u ^ 妹 (please first Read the precautions on the back and fill in this page) 34 ABCD 308647 6. Patent application range L1: the first distance between the center of the first lens and the center of the second lens, L2: the whole of the complex light-emitting elements 2nd distance (please read the precautions on the back before filling in this page) β: the angle of view of the first lens and the second lens β 5. For the information display terminal of item 1 or item 2 of the patent scope, where, Equipped with a predetermined number of light-emitting elements that output A6 size paper information with text information at a resolution of 40 ODPI (DPNINCH) or more, linearly arranged light-emitting devices, and rotation of the light emitted by the aforementioned light-emitting devices Type mirror, and for the central part of the aforementioned light-emitting device, The first lens and the second lens arranged on the left and right are the objects; the light emitting device is arranged in each angle of view of the first lens and the second lens, and the angle of view is set at a predetermined angle to image the rotating mirror, Discriminated by the first lens and the second lens. 0 Printed by the employee consumer cooperative of the Ministry of Economic Affairs, China Bureau of Standards and Statistics 6. A type of information display terminal, characterized by a light-emitting device formed by a plurality of light-emitting elements, And the first reflecting mirror that reflects the light emitted by the light emitting device, and the reflected light of the first reflecting mirror is reflected in a predetermined action, and the image is formed by the second reflecting mirror of the light of the light emitting device B, and the cross is formed by The light emitted by the light emitting device and the imaged light reflected by the second reflector are arranged with the light emitting device, the first reflector and the second reflector 7. As shown in the information in item 6 of the patent application The terminal, in which the eyepiece for discerning the light of the image is set horizontally at K, the aforementioned second reflection of this paper scale is applicable to the Chinese National Standard (CNS) A4 specification (210X297 } -35-A8 B8 C8 D8 VI. Scope of patent application, crossing the light reflected by the light-emitting device and the light reflected by the second reflector, compared to the eyepiece and the second reflector The horizontal line of the center is below, and the light emitting device S is provided between the eyepiece and the second reflector, and is above the horizontal line connecting the eyepiece and the second reflector. The first mirror is provided between the second mirrors. Li -------- order ----- 1 line- (please read the notes on the back before filling in this page) The paper standard printed by the Employee Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs is applicable to the Chinese National Standard (CNS) A4 Specification (210X297mm) -36-
TW084110804A 1994-12-02 1995-10-14 TW308647B (en)

Applications Claiming Priority (2)

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JP6299748A JPH08160886A (en) 1994-12-02 1994-12-02 Information display terminal
JP6299749A JPH08160887A (en) 1994-12-02 1994-12-02 Information display terminal

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